[{"content":"An integrated system for hot-dross processing and metal recovery in aluminum casting shops, connecting separation, controlled cooling, size reduction, classification and fume extraction.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nThe system is configured around the continuous path from furnace-side hot-dross transfer to classified discharge. After molten aluminum is separated from the dross, the remaining material moves through controlled cooling, size reduction and screening, reducing manual transfer between high-temperature stages.\nOperating sequence # Transfer hot dross from the furnace area into the enclosed processing station.Use a lifting and rotating agitator to support separation of molten aluminum from dross.Move the remaining material into a rotating drum for controlled external cooling.Reduce, screen and collect the cooled material by the required size fractions. Key technical data # System boundaryHot-dross processing, molten-metal separation, controlled cooling, milling or crushing, classification, conveying and collection.Material interfacesSeparate molten-aluminum outlet, dross discharge path and mechanical transfer interfaces between stages.Fume-extraction interfaceExtraction connections at the processing enclosure and dust-generating stations, engineered to the site dust-control boundary. Configurable scope # Hot-dross processing unit and furnace-side transfer Cooling drum with external spray, water collection and recirculation arrangement Ball milling, crushing and multi-stage screening units Enclosed conveying, classified collection and packaging interfaces Local extraction, guarding and electrical interlocks Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Dross source, hot or cold condition and temperature range Batch mass, generation frequency and hourly duty Metal content, particle distribution and agglomeration tendency Required discharge fractions and downstream handling Available space, foundations, elevations and transfer route Cooling-water conditions, extraction boundary and local environmental requirements Equipment video # Integrated Automatic Aluminum Dross Processing System operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/integrated-automatic-aluminum-dross-processing-system/","section":"Equipment","summary":"An integrated system for hot-dross processing and metal recovery in aluminum casting shops, connecting separation, controlled cooling, size reduction, classification and fume extraction.\n","title":"Integrated Automatic Aluminum Dross Processing System","type":"equipment"},{"content":"A configurable dross processing system for new or existing casting shops, designed around site foundations and layout constraints.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nAdditional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-dross-processing-system/","section":"Equipment","summary":"A configurable dross processing system for new or existing casting shops, designed around site foundations and layout constraints.\n","title":"Aluminum Dross Processing System","type":"equipment"},{"content":"A crushing unit for breaking agglomerated dross before downstream screening and milling.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-dross-crusher/","section":"Equipment","summary":"A crushing unit for breaking agglomerated dross before downstream screening and milling.\n","title":"Aluminum Dross Crusher","type":"equipment"},{"content":"A cooling drum for reducing the temperature of processed dross before screening, storage or bagging.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/dross-cooling-drum/","section":"Equipment","summary":"A cooling drum for reducing the temperature of processed dross before screening, storage or bagging.\n","title":"Dross Cooling Drum","type":"equipment"},{"content":"Rotates the drum to turn and convey dross between line feeding and discharge, with drum size, material handling and duty configured to material condition and required capacity.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/rotary-kiln/","section":"Equipment","summary":"Rotates the drum to turn and convey dross between line feeding and discharge, with drum size, material handling and duty configured to material condition and required capacity.\n","title":"Rotary Kiln","type":"equipment"},{"content":"Integrates dross charging, mixing and discharge in one main unit to reduce manual transfer of hot dross, with feeding, capacity and line interfaces configured to site conditions.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/integrated-dross-processing-machine/","section":"Equipment","summary":"Integrates dross charging, mixing and discharge in one main unit to reduce manual transfer of hot dross, with feeding, capacity and line interfaces configured to site conditions.\n","title":"Integrated Aluminum Dross Processing Machine","type":"equipment"},{"content":"A dross processing machine with a lifting mechanism intended to reduce manual material handling.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/lifting-dross-processing-machine/","section":"Equipment","summary":"A dross processing machine with a lifting mechanism intended to reduce manual material handling.\n","title":"Aluminum Dross Processing Machine with Lifting Mechanism","type":"equipment"},{"content":"A dross processing machine loaded by fork bucket to reduce manual handling of hot dross.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/fork-bucket-fed-dross-processing-machine/","section":"Equipment","summary":"A dross processing machine loaded by fork bucket to reduce manual handling of hot dross.\n","title":"Fork-Bucket-Fed Aluminum Dross Processing Machine","type":"equipment"},{"content":"Screens and separates dross fractions and metallic material, with deck, cut size and throughput configured to feed composition and line duty.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/high-speed-dross-screening-machine/","section":"Equipment","summary":"Screens and separates dross fractions and metallic material, with deck, cut size and throughput configured to feed composition and line duty.\n","title":"High-Speed Dross Screening Machine","type":"equipment"},{"content":"Dross recovery is defined as a connected process. Feed temperature, metallic content, oxidation, transfer time and cooling method influence both metal recovery and the downstream load.\nTypical process route # Transfer hot dross from the furnace area. Separate recoverable molten aluminum. Cool residue under controlled conditions. Crush, screen and mill the cooled fraction. Classify, collect and package the output. System modules # Integrated or conventional dross-processing main machine Mobile fork pot, transfer and enclosed tipping mechanism Rapid cooling and primary screening Bucket elevators, intermediate storage and controlled feeding Ball milling and secondary high-speed screening Local extraction, pulse-jet filtration and classified collection Electrical control, equipment interlocks and safety guarding Process boundary and conditions # System boundaryHot-dross processing, molten-metal separation, controlled cooling, size reduction, classification, conveying, collection and fume-extraction interfaces. Material pathMolten-aluminum outlet, dross discharge and mechanical transfer between stages are defined from plant elevations and downstream destinations. Typical grading configurationsCoarse and medium metallic fractions; 20–30 mesh and 80–100 mesh dross fractions. Actual cuts depend on the configured screen and process target. InstallationConfigurable for new plants or existing-shop upgrades, subject to layout, foundations and environmental interfaces. Acceptance basis: system configuration and acceptance methods are defined from dross composition, feed temperature, batch rhythm, required fractions and operating boundary. Recovery is evaluated through the project material balance and agreed test method.\nInformation required for configuration # Provide the dross source, hot or cold condition, temperature range, estimated metallic content, batch and shift throughput, present handling route, target fractions, workshop plan, extraction boundary and planned operating pattern.\nConfigure the dross system around the actual feedTell us about the dross and your processing target. We will map the process stages, equipment interfaces and supply scope.\nDiscuss dross recovery ","externalUrl":null,"permalink":"/en/solutions/dross-recovery/","section":"Engineered Systems","summary":"Dross recovery is defined as a connected process. Feed temperature, metallic content, oxidation, transfer time and cooling method influence both metal recovery and the downstream load.\nTypical process route # Transfer hot dross from the furnace area. Separate recoverable molten aluminum. Cool residue under controlled conditions. Crush, screen and mill the cooled fraction. Classify, collect and package the output. System modules # Integrated or conventional dross-processing main machine Mobile fork pot, transfer and enclosed tipping mechanism Rapid cooling and primary screening Bucket elevators, intermediate storage and controlled feeding Ball milling and secondary high-speed screening Local extraction, pulse-jet filtration and classified collection Electrical control, equipment interlocks and safety guarding Process boundary and conditions # System boundaryHot-dross processing, molten-metal separation, controlled cooling, size reduction, classification, conveying, collection and fume-extraction interfaces. Material pathMolten-aluminum outlet, dross discharge and mechanical transfer between stages are defined from plant elevations and downstream destinations. Typical grading configurationsCoarse and medium metallic fractions; 20–30 mesh and 80–100 mesh dross fractions. Actual cuts depend on the configured screen and process target. InstallationConfigurable for new plants or existing-shop upgrades, subject to layout, foundations and environmental interfaces. Acceptance basis: system configuration and acceptance methods are defined from dross composition, feed temperature, batch rhythm, required fractions and operating boundary. Recovery is evaluated through the project material balance and agreed test method.\n","title":"Aluminum Dross Recovery","type":"solutions"},{"content":"A high-speed milling unit for dross size reduction before downstream separation.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/high-speed-ball-mill/","section":"Equipment","summary":"A high-speed milling unit for dross size reduction before downstream separation.\n","title":"High-Speed Ball Mill","type":"equipment"},{"content":"An automatic multi-billet sawing system for primary and secondary aluminum casting shops, configurable with site-specific conveying and discharge equipment.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nThe multi-billet cell organizes loading, alignment, cut-to-length positioning and sawing of multiple billets in one cycle, with interfaces to discharge, identification, stacking and chip recovery. Cycle time is calculated from the billet mix, cut list, billets per load and material-travel distance.\nOperating sequence # Separate a billet group from storage and align the billet ends.Move the group into the sawing station on controlled rollers.Use encoder-feedback cut-to-length positioning before clamping and sawing.Separate finished billets from head and tail pieces and apply the required identification.Transfer finished billets to stacking and route saw chips to centralized recovery. Key technical data # Cut-to-length controlLead-screw or servo feeding with encoder feedback; measurement datum and acceptance method are defined for the project.Saw feedContinuously adjustable hydraulic feed set to billet diameter, alloy and cutting duty.Blade lubricationAdjustable minimum-quantity oil/air lubrication at the saw blade.ControlsPLC sequence control and HMI with automatic and manual modes for production, changeover and fault recovery. Configurable scope # Chain storage, billet separation and end alignment V-coated roller conveying and cut-to-length feeding Enclosed sawing unit with head and tail separation Pin or laser identification interface Chip extraction, centralized collection, briquetting and finished-billet stacking Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Billet alloy, diameter, length, straightness and surface condition Billets per cycle, cut list and sample-cut requirement Required cycle time, shift pattern and equipment availability Infeed, discharge, identification, weighing and stacking method Chip conveying distance, briquetting and remelt route Plant layout, elevations, crane access and upstream/downstream signals Equipment video # Automatic Multi-Billet Sawing System operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/automatic-multi-billet-sawing-system/","section":"Equipment","summary":"An automatic multi-billet sawing system for primary and secondary aluminum casting shops, configurable with site-specific conveying and discharge equipment.\n","title":"Automatic Multi-Billet Sawing System","type":"equipment"},{"content":"An automatic single-billet sawing system for casting and extrusion shops, designed to work with single-billet furnaces and multiple extrusion presses.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nThe single-billet cell moves one billet through feeding, cut-to-length positioning, clamping, sawing and discharge. It can interface with billet heaters, extrusion presses or a dedicated single-billet logistics route, with configuration defined from billet size, cut schedule, cycle time and adjacent elevations.\nOperating sequence # Receive one billet from storage or upstream equipment.Feed the billet to the encoder-based cut-length position.Clamp the billet and perform controlled-feed sawing with blade lubrication.Separate the finished cut, head piece or sample and transfer it downstream. Key technical data # Length positioningEncoder feedback and controlled feeding, with datum and tolerance defined by billet condition and project acceptance requirements.Saw feedContinuously adjustable hydraulic feed set to alloy, billet diameter and cutting load.Operating modesAutomatic mode for production and manual mode for setup, changeover and controlled fault recovery. Configurable scope # Single-billet storage, loading and alignment Cut-to-length feeding, clamping and enclosed sawing module Head, tail and sample collection Finished-product conveying, identification and chip-recovery interfaces Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Billet alloy, diameter, incoming length and straightness Target cut lengths, permitted tolerance and sampling requirements Production rhythm, shift pattern and changeover frequency Loading method, finished-product destination and adjacent-equipment elevations Control signals, safety boundary and maintenance access Equipment video # Automatic Single-Billet Sawing System operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/automatic-single-billet-sawing-system/","section":"Equipment","summary":"An automatic single-billet sawing system for casting and extrusion shops, designed to work with single-billet furnaces and multiple extrusion presses.\n","title":"Automatic Single-Billet Sawing System","type":"equipment"},{"content":"An automated conveying, alignment and stacking system for long aluminum billets after sawing.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nEquipment video # Long Billet Stacking System operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/long-billet-stacking-system/","section":"Equipment","summary":"An automated conveying, alignment and stacking system for long aluminum billets after sawing.\n","title":"Long Billet Stacking System","type":"equipment"},{"content":"A system for collecting and compacting sawing chips to simplify recycling, transport and remelting.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nEquipment video # Aluminum Chip Collection and Briquetting System operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-chip-collection-and-briquetting-system/","section":"Equipment","summary":"A system for collecting and compacting sawing chips to simplify recycling, transport and remelting.\n","title":"Aluminum Chip Collection and Briquetting System","type":"equipment"},{"content":"An integrated billet sawing, conveying and stacking system designed to connect with homogenizing furnace operations.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nEquipment video # Billet Sawing and Stacking System for Homogenizing Furnaces operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/homogenizing-furnace-billet-sawing-and-stacking-system/","section":"Equipment","summary":"An integrated billet sawing, conveying and stacking system designed to connect with homogenizing furnace operations.\n","title":"Billet Sawing and Stacking System for Homogenizing Furnaces","type":"equipment"},{"content":"An automatic alignment and stacking system for short aluminum billets after sawing.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nEquipment video # Short Billet Automatic Stacking System operating video Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/short-billet-automatic-stacking-system/","section":"Equipment","summary":"An automatic alignment and stacking system for short aluminum billets after sawing.\n","title":"Short Billet Automatic Stacking System","type":"equipment"},{"content":"A laser marking system for applying batch, specification or traceability information to billets and related products.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nEquipment video # Laser Marking System operating video Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/laser-marking-system/","section":"Equipment","summary":"A laser marking system for applying batch, specification or traceability information to billets and related products.\n","title":"Laser Marking System","type":"equipment"},{"content":"A pin-impact marking station for applying batch, specification or traceability characters to billet end faces as part of an automatic sawing line.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/automatic-pin-marking-system/","section":"Equipment","summary":"A pin-impact marking station for applying batch, specification or traceability characters to billet end faces as part of an automatic sawing line.\n","title":"Automatic Pin Marking System","type":"equipment"},{"content":"A circular saw for cut-to-length copper products, configured to workpiece alloy, diameter, cut length and loading method.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/copper-circular-sawing-machine/","section":"Equipment","summary":"A circular saw for cut-to-length copper products, configured to workpiece alloy, diameter, cut length and loading method.\n","title":"Copper Circular Sawing Machine","type":"equipment"},{"content":"The line is configured around billet alloy, diameter and length range, cut schedule, required throughput and the way finished billets enter homogenizing, extrusion, packing or warehouse logistics.\nTypical operating sequence # Store, align and separate incoming billets. Load and feed to the cut position. Saw to the confirmed length schedule. Mark billets and recover generated chips. Convey, sort and stack finished billets. Configurable modules # Chain storage, arc alignment and billet separation Rubber-coated V rollers and servo cut-to-length feeding Enclosed modular saw frame with oil-immersed cutting spindle Minimum-quantity lubrication and head/tail collection Pin, laser or multi-pin identification Chip extraction, centralized collection and briquetting Long-, short- or homogenized-billet stacking PLC sequence control, safety interlocks and production interfaces Controls and system boundary # Line arrangementSelect single- or multi-billet sawing from the billet mix, billets per cycle and downstream logistics, then calculate the cycle time of each station. Length positioningControlled feeding with encoder feedback; datum, tolerance and acceptance method are defined from billet condition and project requirements. Chip routeConfigure extraction, centralized collection, briquetting and downstream conveying from chip form, travel distance and remelt route. Control platformPLC sequence control and HMI coordinate station sensors, equipment interlocks, automatic operation and manual recovery. Marking optionsAutomatic pin, laser or multi-pin marking according to traceability requirements. Capacity calculation: required output is converted into cycle time and checked against billet diameter, batch mix, cuts per billet, handling distance, stacking pattern, shift schedule and equipment availability.\nInformation required for configuration # Provide billet alloy, diameter and length range, cut list and tolerance, shift output, loading method, finished-billet destination, chip-handling requirement, available floor plan, crane conditions and upstream/downstream control signals.\nMap the billet flow before selecting the saw configurationTell us about the billet range, cut plan, production rhythm and plant logistics.\nDiscuss billet automation ","externalUrl":null,"permalink":"/en/solutions/billet-automation/","section":"Engineered Systems","summary":"The line is configured around billet alloy, diameter and length range, cut schedule, required throughput and the way finished billets enter homogenizing, extrusion, packing or warehouse logistics.\nTypical operating sequence # Store, align and separate incoming billets. Load and feed to the cut position. Saw to the confirmed length schedule. Mark billets and recover generated chips. Convey, sort and stack finished billets. Configurable modules # Chain storage, arc alignment and billet separation Rubber-coated V rollers and servo cut-to-length feeding Enclosed modular saw frame with oil-immersed cutting spindle Minimum-quantity lubrication and head/tail collection Pin, laser or multi-pin identification Chip extraction, centralized collection and briquetting Long-, short- or homogenized-billet stacking PLC sequence control, safety interlocks and production interfaces Controls and system boundary # Line arrangementSelect single- or multi-billet sawing from the billet mix, billets per cycle and downstream logistics, then calculate the cycle time of each station. Length positioningControlled feeding with encoder feedback; datum, tolerance and acceptance method are defined from billet condition and project requirements. Chip routeConfigure extraction, centralized collection, briquetting and downstream conveying from chip form, travel distance and remelt route. Control platformPLC sequence control and HMI coordinate station sensors, equipment interlocks, automatic operation and manual recovery. Marking optionsAutomatic pin, laser or multi-pin marking according to traceability requirements. Capacity calculation: required output is converted into cycle time and checked against billet diameter, batch mix, cuts per billet, handling distance, stacking pattern, shift schedule and equipment availability.\n","title":"Billet Downstream Automation","type":"solutions"},{"content":"A fume- and dust-control system for casting, dross processing, crushing, screening and sawing sources, covering source capture, balanced ducting, bag filtration, cleaning and dust discharge.\nProcess role # Dust and fumes are captured at source, conveyed through a balanced duct network, filtered and discharged through the agreed collection route.\nDust-control design starts at the emission point and capture hood. Dust-laden gas moves through balanced branches and main ducting into the filter, where inlet flow control reduces local velocity and filter bags retain fine particulate before cleaning and hopper discharge remove the collected material.\nOperating sequence # Capture fume and dust close to the source with a hood or local enclosure.Balance airflow across operating points through branch and main-duct resistance control.Distribute inlet flow and, where required, pre-separate part of the coarse particulate.Collect fine particulate on filter bags and initiate pulse cleaning by differential pressure or time.Use offline compartment cleaning to reduce re-entrainment, then discharge collected material through the hopper system. Key technical data # Cleaning controlPLC pulse cleaning triggered by differential pressure or time, with automatic and manual modes.MaintenanceTop-access bag replacement from the clean-air side, with inspection, dust-discharge and maintenance access.Temperature protectionTemperature sensing, controlled cold-air dilution and staged over-temperature protection where required by the gas condition. Configurable scope # Capture hoods, local enclosures and extraction branches Main ducting, dampers and network resistance balancing Inlet distribution, pre-separation and temperature-control stages Filter bags, pulse cleaning, hoppers and dust-discharge equipment Fan, compressed air, differential-pressure monitoring and equipment interlocks Plant interfaces # Confirm source locations, duct route, available pressure and power, compressed air, dust discharge, local emission requirement and test points.\nInformation required for selection # Emission-point locations, capture-hood geometry and simultaneous operating combinations Normal and peak gas volume, temperature, moisture and composition Dust concentration, particle size, adhesion, corrosion and fire risk Available pressure drop, plant space, fan and stack conditions Dust discharge, storage and collected-material handling Local emission, noise and acceptance requirements Additional equipment views # Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/pulse-jet-baghouse-dust-collection-system/","section":"Equipment","summary":"A fume- and dust-control system for casting, dross processing, crushing, screening and sawing sources, covering source capture, balanced ducting, bag filtration, cleaning and dust discharge.\n","title":"Pulse-Jet Baghouse Dust Collection System","type":"equipment"},{"content":"A fork-truck-compatible dross pot, with capacity, lining and temperature rating selected to material temperature, batch load and fork interface.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/fork-type-dross-pot/","section":"Equipment","summary":"A fork-truck-compatible dross pot, with capacity, lining and temperature rating selected to material temperature, batch load and fork interface.\n","title":"Fork-Type Dross Pot","type":"equipment"},{"content":"An electromagnetic unit for material handling or metal separation, selected to material, unit load, lifting interface and duty cycle.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/electromagnet/","section":"Equipment","summary":"An electromagnetic unit for material handling or metal separation, selected to material, unit load, lifting interface and duty cycle.\n","title":"Electromagnet","type":"equipment"},{"content":"A flux for molten-aluminum refining, selected and dosed to alloy grade, melt temperature and refining process in accordance with its technical and safety documentation.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/high-efficiency-refining-flux/","section":"Equipment","summary":"A flux for molten-aluminum refining, selected and dosed to alloy grade, melt temperature and refining process in accordance with its technical and safety documentation.\n","title":"High-Efficiency Aluminum Refining Flux","type":"equipment"},{"content":"A feed or transfer hopper for rotary-kiln dross processing.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/rotary-kiln-dross-hopper/","section":"Equipment","summary":"A feed or transfer hopper for rotary-kiln dross processing.\n","title":"Rotary Kiln Dross Hopper","type":"equipment"},{"content":"A replacement mixing blade for standard dross processing machines.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/mixing-blade-standard-dross-machine/","section":"Equipment","summary":"A replacement mixing blade for standard dross processing machines.\n","title":"Mixing Blade for Standard Dross Processing Machines","type":"equipment"},{"content":"A replacement mixing blade for automatic dross processing machines.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/mixing-blade-automatic-dross-machine/","section":"Equipment","summary":"A replacement mixing blade for automatic dross processing machines.\n","title":"Mixing Blade for Automatic Dross Processing Machines","type":"equipment"},{"content":"A drossing consumable for aluminum melting, applied to the alloy, furnace duty and dosing method specified in its technical and safety documentation.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/rapid-heating-drossing-agent/","section":"Equipment","summary":"A drossing consumable for aluminum melting, applied to the alloy, furnace duty and dosing method specified in its technical and safety documentation.\n","title":"Rapid Heating and Drossing Agent","type":"equipment"},{"content":"A primary vessel for dross-processing equipment, with capacity and construction selected to batch size, material temperature and machine interface.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/main-dross-pot/","section":"Equipment","summary":"A primary vessel for dross-processing equipment, with capacity and construction selected to batch size, material temperature and machine interface.\n","title":"Main Dross Pot","type":"equipment"},{"content":"An insulated ladle for transferring molten aluminum within a plant.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-transfer-ladle/","section":"Equipment","summary":"An insulated ladle for transferring molten aluminum within a plant.\n","title":"Molten Aluminum Transfer Ladle","type":"equipment"},{"content":"A dust collector is only one part of the system. Capture efficiency begins at the hood and depends on source position, thermal plume, enclosure, capture distance, duct resistance and the number of points operating at the same time.\nSystem path # Capture dust and fumes close to the source. Convey through balanced branch and main ducts. Reduce temperature or settle coarse particles where required. Filter through a pulse-jet baghouse. Discharge, convey and package collected dust. Engineering scope # Hoods and partial enclosures for furnace doors, dross, crushing, screening and sawing points Branch and main duct routing with resistance balancing Gravity settling or temperature-control stages where the process requires them Pulse-jet baghouse, filter media, hopper and rotary discharge equipment Induced-draft fan, compressed air, differential-pressure monitoring and interlocks Maintenance platforms, inspection access and collected-dust handling Design inputs # Dust dataComposition, particle size, concentration, temperature, moisture, explosibility and corrosiveness. Operating pointsSource position, hood arrangement, capture distance and simultaneous operating combinations. System conditionsExisting duct route, available pressure, compressed air, discharge method and maintenance access. Compliance basisProject location, applicable emission limit and agreed acceptance test method. Pre-treatment stage: gravity settling or another pre-separation stage is selected from particle size, concentration, temperature, duct velocity and filter loading. A node value from one project is not used as a product-wide performance statement.\nOutput of engineering # The confirmed data is used to calculate extraction volume, system resistance, filtration area, fan duty and discharge arrangement. Final emissions performance is tied to the agreed source conditions, operating mode and local requirements.\nStart with the dust sources and operating patternTell us about the process, dust characteristics and applicable emission requirements.\nDiscuss dust control ","externalUrl":null,"permalink":"/en/solutions/dust-control/","section":"Engineered Systems","summary":"A dust collector is only one part of the system. Capture efficiency begins at the hood and depends on source position, thermal plume, enclosure, capture distance, duct resistance and the number of points operating at the same time.\nSystem path # Capture dust and fumes close to the source. Convey through balanced branch and main ducts. Reduce temperature or settle coarse particles where required. Filter through a pulse-jet baghouse. Discharge, convey and package collected dust. Engineering scope # Hoods and partial enclosures for furnace doors, dross, crushing, screening and sawing points Branch and main duct routing with resistance balancing Gravity settling or temperature-control stages where the process requires them Pulse-jet baghouse, filter media, hopper and rotary discharge equipment Induced-draft fan, compressed air, differential-pressure monitoring and interlocks Maintenance platforms, inspection access and collected-dust handling Design inputs # Dust dataComposition, particle size, concentration, temperature, moisture, explosibility and corrosiveness. Operating pointsSource position, hood arrangement, capture distance and simultaneous operating combinations. System conditionsExisting duct route, available pressure, compressed air, discharge method and maintenance access. Compliance basisProject location, applicable emission limit and agreed acceptance test method. Pre-treatment stage: gravity settling or another pre-separation stage is selected from particle size, concentration, temperature, duct velocity and filter loading. A node value from one project is not used as a product-wide performance statement.\n","title":"Industrial Dust Control","type":"solutions"},{"content":"A refractory-lined launder for transferring molten aluminum between melting, holding and casting equipment.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/molten-aluminum-launder/","section":"Equipment","summary":"A refractory-lined launder for transferring molten aluminum between melting, holding and casting equipment.\n","title":"Molten Aluminum Launder","type":"equipment"},{"content":"A mobile furnace-side unit that meters refining agent into the delivery line and uses nitrogen or argon as the carrier gas for injection into molten aluminum.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nHL-JLG combines powder storage, rotary metering, carrier-gas delivery and mobile furnace-side operation. Variable-frequency control adjusts the metering mechanism, while a low-pressure alarm indicates an abnormal carrier-gas condition.\nOperating sequence # Load refining agent into the stainless-steel vessel and confirm the delivery line.Establish the nitrogen or argon carrier gas and verify working pressure.Meter the powder through the variable-frequency rotary mechanism.Use the carrier gas to move powder through the line to the molten-aluminum treatment point. Key technical data # Model and capacityHL-JLG; 60 kg nominal capacity.Construction and size304 stainless-steel construction; 630 × 490 × 1210 mm overall; approximately 112 kg.Drive and supply0.75 kW variable-frequency drive; single-phase 220 V, 50 Hz.Carrier-gas conditionsNitrogen or argon at 0.4–0.5 MPa, with a low gas-pressure warning. Configurable scope # Mobile furnace-side frame and all-304 stainless-steel contact construction Rotary powder feeder with variable-frequency speed control Carrier-gas pressure monitoring and low-pressure alarm Connections configured to the injection line, powder and treatment station Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Refining-agent type, bulk behavior and batch addition Molten-aluminum capacity, treatment time and furnace opening Carrier-gas type, available pressure and site connection Powder calibration requirement, conveying distance and line resistance Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/stainless-steel-automatic-refining-tank/","section":"Equipment","summary":"A mobile furnace-side unit that meters refining agent into the delivery line and uses nitrogen or argon as the carrier gas for injection into molten aluminum.\n","title":"HL-JLG Mobile Automatic Refining Tank","type":"equipment"},{"content":"A hand trolley for workshop materials or tooling, configured to the required load, deck size and travel surface.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/hand-trolley/","section":"Equipment","summary":"A hand trolley for workshop materials or tooling, configured to the required load, deck size and travel surface.\n","title":"Industrial Hand Trolley","type":"equipment"},{"content":"A molten-aluminum transfer and pouring ladle with a long spout for directed pouring.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/long-spout-pouring-ladle/","section":"Equipment","summary":"A molten-aluminum transfer and pouring ladle with a long spout for directed pouring.\n","title":"Long-Spout Molten Aluminum Pouring Ladle","type":"equipment"},{"content":"A mechanical grab bucket for handling dross, scrap or other bulk materials.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/grab-bucket/","section":"Equipment","summary":"A mechanical grab bucket for handling dross, scrap or other bulk materials.\n","title":"Grab Bucket","type":"equipment"},{"content":"Feeds Al-Ti-B rod online during casting, using controlled feeding and status monitoring to maintain a consistent addition rhythm.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nA motor, reducer and spring-loaded feed rollers create a continuous feed path, while encoder feedback monitors actual feed. Automated configurations use PLC/HMI control to manage speed and detect slip or feed interruption.\nOperating sequence # Pay off Al-Ti-B rod from a single- or dual-reel frame.Establish controlled feeding through spring-loaded guide and feed rollers.Adjust speed with the variable-frequency drive and monitor movement with encoder feedback.Detect slip or feed interruption and deliver the rod to the molten-aluminum process point. Key technical data # ArrangementSingle- or dual-reel arrangements; dual channels can operate independently.Drive power0.75 kW.Typical feed range1.1–1.8 m/min; final range is confirmed to reel arrangement, rod and control configuration.Feed monitoringEncoder feedback with configurable slip and feed-interruption alarms. Configurable scope # Single- or dual-reel independent feed channels Variable-frequency drive, encoder feedback and PLC/HMI control Spring-loaded guide and feed mechanism Slip, feed-interruption and operating-status alarms Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Al-Ti-B rod diameter, reel geometry and reel mass Alloy, required addition rate and production rhythm Single- or dual-reel layout and channel-change method Feed distance, addition point and site control interface Configure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/variable-frequency-wire-feeder/","section":"Equipment","summary":"Feeds Al-Ti-B rod online during casting, using controlled feeding and status monitoring to maintain a consistent addition rhythm.\n","title":"Automatic Al-Ti-B Wire Feeder","type":"equipment"},{"content":"Conveys, separates, collects and briquettes aluminum chips from sawing and machining for remelting and cleaner workshop operation.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-chip-recycling-system/","section":"Equipment","summary":"Conveys, separates, collects and briquettes aluminum chips from sawing and machining for remelting and cleaner workshop operation.\n","title":"Aluminum Chip Recycling System","type":"equipment"},{"content":"An operating and equipment-support platform for billet casting, engineered around the casting machine, launders and site foundations.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-billet-casting-platform/","section":"Equipment","summary":"An operating and equipment-support platform for billet casting, engineered around the casting machine, launders and site foundations.\n","title":"Aluminum Billet Casting Platform","type":"equipment"},{"content":"An industrial furnace using regenerative combustion, with furnace type, capacity, fuel and controls defined for the melting or holding duty.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/regenerative-industrial-furnace/","section":"Equipment","summary":"An industrial furnace using regenerative combustion, with furnace type, capacity, fuel and controls defined for the melting or holding duty.\n","title":"Regenerative Industrial Furnace","type":"equipment"},{"content":"Stores, meters and automatically delivers refining media for molten aluminum, configured to the refining process, tank capacity and interfaces.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/automatic-molten-aluminum-refining-tank/","section":"Equipment","summary":"Stores, meters and automatically delivers refining media for molten aluminum, configured to the refining process, tank capacity and interfaces.\n","title":"Automatic Molten Aluminum Refining Tank","type":"equipment"},{"content":"Supporting equipment must match the melt, operating temperature, batch capacity, transfer route and working method. Hengliang Lankang configures these units as part of the casting process and plant logistics.\nSupporting scope # Melt treatmentAutomatic refining tanks, wire feeders, online degassing, filtration and process consumables.\nTransfer and pouringTransfer ladles, pouring ladles, launders, casting tables and related handling equipment.\nMaterial handlingDross pots, fork pots, grabs, hoppers, electromagnets, charging and maintenance components.\nContainer configurations # EquipmentTypical dimensionsCapacity / construction Molten-aluminum ladle1,020 × 890 × 615 mm650–800 kg; 55 mm wall and 65 mm bottom Molten-aluminum trough1,020 × 860 × 430 mm300–400 kg Long-spout tilting ladle1,700 × 1,100 × 630 mm800–1,000 kg; 45 mm wall Dross pot1,190 × 1,100 × 620 mm25 mm listed thickness Fork-type dross pot1,200 × 1,200 × 830 mm45 mm listed thickness The dimensions and capacities above describe typical configurations. Final geometry, refractory or material specification, lifting points and handling method must be confirmed for the actual melt and site duty.\nConfiguration inputs # Alloy or material handled, operating temperature and batch capacity Treatment, transfer or pouring method and required production rhythm Contact materials, refractory requirement and cleaning practice Forklift, crane, lifting-point and transport-route conditions Adjacent furnace, casting table, launder and control interfaces Applicable safety requirements and supply boundary Match supporting equipment to the melt and handling routeProvide temperature, batch duty, operating method and adjacent equipment interfaces.\nDiscuss casting support ","externalUrl":null,"permalink":"/en/solutions/casting-support/","section":"Engineered Systems","summary":"Supporting equipment must match the melt, operating temperature, batch capacity, transfer route and working method. Hengliang Lankang configures these units as part of the casting process and plant logistics.\nSupporting scope # Melt treatmentAutomatic refining tanks, wire feeders, online degassing, filtration and process consumables.\nTransfer and pouringTransfer ladles, pouring ladles, launders, casting tables and related handling equipment.\n","title":"Casting Support Equipment","type":"solutions"},{"content":"Uses a twin-chamber arrangement for scrap melting and metal circulation, reducing direct flame contact in aluminum recovery duty.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/double-chamber-aluminum-scrap-recovery-furnace/","section":"Equipment","summary":"Uses a twin-chamber arrangement for scrap melting and metal circulation, reducing direct flame contact in aluminum recovery duty.\n","title":"Double-Chamber Aluminum Scrap Recovery Furnace","type":"equipment"},{"content":"A grab for dross recovery and bulk-material transfer, configured to volume, material condition and lifting interface.\nProcess role # Hot or cold dross enters the relevant recovery stage, then transfers to cooling, size reduction, classification or collection according to the configured process route.\nPerforms the relevant stage between hot-dross separation, cooling, crushing, screening, milling and classified collection, with interfaces for transfer, extraction and packaging.\nConfigurable scope # Feeding, transfer and enclosed material handling Main processing, cooling, crushing, milling or screening duty Upstream and downstream conveying interfaces Local extraction, guarding and electrical interlocks Collection, discharge, cleaning and maintenance access Plant interfaces # Confirm furnace-side transfer, feed height, discharge destination, extraction points, compressed air, electrical supply, foundations and residue packaging.\nInformation required for selection # Provide dross source, temperature and composition, batch or hourly throughput, target fractions, current process, workshop space and extraction boundary to define duty, construction and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-dross-recovery-grab/","section":"Equipment","summary":"A grab for dross recovery and bulk-material transfer, configured to volume, material condition and lifting interface.\n","title":"Aluminum Dross Recovery Grab","type":"equipment"},{"content":"Supports separation, assembly and maintenance of aluminum-extrusion dies, reducing manual handling and standardizing service work.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/die-separating-and-assembly-machine/","section":"Equipment","summary":"Supports separation, assembly and maintenance of aluminum-extrusion dies, reducing manual handling and standardizing service work.\n","title":"Die Separating and Assembly Machine","type":"equipment"},{"content":"Aligns and shapes finished aluminum profiles for packing, configured to profile dimensions and packaging rhythm.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-profile-packaging-and-shaping-machine/","section":"Equipment","summary":"Aligns and shapes finished aluminum profiles for packing, configured to profile dimensions and packaging rhythm.\n","title":"Aluminum Profile Packaging and Shaping Machine","type":"equipment"},{"content":"Removes residual aluminum from dies to support maintenance, with force, stroke and tooling defined for the die range.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/die-scrap-aluminum-extrusion-machine/","section":"Equipment","summary":"Removes residual aluminum from dies to support maintenance, with force, stroke and tooling defined for the die range.\n","title":"Die Scrap Aluminum Extrusion Machine","type":"equipment"},{"content":"Continuously applies protective film to aluminum profiles, configured to section, length, conveyor speed and film material.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/aluminum-profile-film-laminating-machine/","section":"Equipment","summary":"Continuously applies protective film to aluminum profiles, configured to section, length, conveyor speed and film material.\n","title":"Aluminum Profile Film Laminating Machine","type":"equipment"},{"content":"Automatically positions and ties aluminum wire-rod coils, with interfaces and cycle time defined by coil diameter, weight and logistics.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/automatic-aluminum-wire-rod-bundling-equipment/","section":"Equipment","summary":"Automatically positions and ties aluminum wire-rod coils, with interfaces and cycle time defined by coil diameter, weight and logistics.\n","title":"Automatic Aluminum Wire Rod Bundling Equipment","type":"equipment"},{"content":"Automatically secures heavy products or coils with steel strapping, configured to pack size, safety requirements and conveyor interfaces.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/automatic-steel-strap-bundling-equipment/","section":"Equipment","summary":"Automatically secures heavy products or coils with steel strapping, configured to pack size, safety requirements and conveyor interfaces.\n","title":"Automatic Steel-Strap Bundling Equipment","type":"equipment"},{"content":"A hydraulically actuated casting table engineered around the casting process, working load, motion and site foundations.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/hydraulic-casting-table/","section":"Equipment","summary":"A hydraulically actuated casting table engineered around the casting process, working load, motion and site foundations.\n","title":"Hydraulic Casting Table","type":"equipment"},{"content":"Continuously degasses molten aluminum during transfer, with rotor, gas, flow rate and launder interfaces defined for alloy and throughput.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/online-degassing-system/","section":"Equipment","summary":"Continuously degasses molten aluminum during transfer, with rotor, gas, flow rate and launder interfaces defined for alloy and throughput.\n","title":"Online Degassing System","type":"equipment"},{"content":"Discharges molten aluminum by tilting the furnace body, with capacity, tilt mechanism, combustion and safety interlocks engineered to duty.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/tilting-melting-furnace/","section":"Equipment","summary":"Discharges molten aluminum by tilting the furnace body, with capacity, tilt mechanism, combustion and safety interlocks engineered to duty.\n","title":"Tilting Melting Furnace","type":"equipment"},{"content":"Removes inclusions from molten aluminum with tubular or plate media, selected to alloy, flow, filtration requirement and casting interface.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/online-filtration-system/","section":"Equipment","summary":"Removes inclusions from molten aluminum with tubular or plate media, selected to alloy, flow, filtration requirement and casting interface.\n","title":"Online Filtration System (Tubular / Plate)","type":"equipment"},{"content":"High- and low-level reservoirs for casting-water circulation, sized around volume, head, make-up and water-treatment interfaces.\nProcess role # The unit supports a defined treatment, transfer, pouring, charging, handling or maintenance step around the main casting process.\nSupports molten-metal refining, transfer, pouring, charging, material handling or equipment maintenance, configured around the main process and site interfaces.\nConfigurable scope # Process-contact construction selected for material and temperature Capacity and operating method matched to production rhythm Lifting, forklift, transfer or adjacent-equipment interfaces Safety, cleaning and maintenance provisions Consumable or wear-part compatibility where applicable Plant interfaces # Confirm adjacent equipment, operating temperature, lifting and transport method, utilities, contact materials, cleaning practice and safety boundary.\nInformation required for selection # Provide melt or material properties, temperature, batch capacity, production rhythm, operating method, utilities, safety requirements and adjacent equipment interfaces to define specification, materials and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/high-and-low-level-water-pools/","section":"Equipment","summary":"High- and low-level reservoirs for casting-water circulation, sized around volume, head, make-up and water-treatment interfaces.\n","title":"High and Low Level Water Pools","type":"equipment"},{"content":"Automatically conveys, positions and layer-stacks homogenized billets, with interfaces to sawing, cooling and finished-product logistics.\nProcess role # Billets move from storage and separation through controlled feeding, processing, identification, chip handling and finished-product logistics.\nPerforms the relevant billet storage, loading, cut-to-length sawing, marking, chip recovery, conveying or stacking operation, with interfaces to homogenizing furnaces and downstream extrusion logistics.\nConfigurable scope # Billet storage, alignment, separation and loading Controlled feeding, processing and length-positioning functions Identification, chip handling and finished-product conveying Safety guarding, PLC control and upstream/downstream signals Maintenance, lifting and operator-access provisions Plant interfaces # Confirm billet arrival, finished-product destination, conveyor elevations, crane access, chip route, electrical supply and upstream/downstream control signals.\nInformation required for selection # Provide billet alloy, diameter and length range, cut list, shift output, loading method, finished-product destination, plant logistics and control interfaces to define cycle time, automation and supply scope.\nConfigure the equipment around your operating conditionsTell us about the feed, required capacity, plant interfaces and project schedule.\nContact us","externalUrl":null,"permalink":"/en/equipment/homogenized-billet-automatic-stacking-system/","section":"Equipment","summary":"Automatically conveys, positions and layer-stacks homogenized billets, with interfaces to sawing, cooling and finished-product logistics.\n","title":"Homogenized Billet Automatic Stacking System","type":"equipment"},{"content":"","externalUrl":null,"permalink":"/en/categories/billet-equipment/","section":"Equipment Categories","summary":"","title":"Billet Equipment","type":"categories"},{"content":"","externalUrl":null,"permalink":"/en/categories/casting-support/","section":"Equipment Categories","summary":"","title":"Casting Support","type":"categories"},{"content":"Tell us about your material, capacity, plant conditions and project schedule so we can better understand your requirements.\nLandline+86 757 8521 3502AddressNo. A9, Commercial Avenue, Songxia Industrial Park, Shishan, Nanhai, Foshan, Guangdong, China Contact Our Sales Manager Directly # Scan with WeChat on desktop, or tap the code on mobile to open WhatsApp and discuss your project with Hengliang Lankang's sales manager.\nScan with WeChat · Tap on mobile for WhatsApp Help Us Understand Your Project # Feed material, condition, temperature and key composition Hourly, shift or annual throughput Target output, sawing specification or emission requirement Current process, upstream/downstream equipment and automation scope Workshop plan, available height, foundations and utilities Project location and planned commissioning date Send Us a Message # Website Contact Name * Company Country / region Phone / WhatsApp * WeChat ID Email Project overview Equipment of interest Select a product or describe it below Integrated Automatic Aluminum Dross Processing System Aluminum Dross Processing System Aluminum Dross Crusher Dross Cooling Drum Rotary Kiln Integrated Aluminum Dross Processing Machine Aluminum Dross Processing Machine with Lifting Mechanism Fork-Bucket-Fed Aluminum Dross Processing Machine High-Speed Dross Screening Machine High-Speed Ball Mill Automatic Multi-Billet Sawing System Automatic Single-Billet Sawing System Long Billet Stacking System Aluminum Chip Collection and Briquetting System Billet Sawing and Stacking System for Homogenizing Furnaces Short Billet Automatic Stacking System Laser Marking System Automatic Pin Marking System Copper Circular Sawing Machine Pulse-Jet Baghouse Dust Collection System Fork-Type Dross Pot Electromagnet High-Efficiency Aluminum Refining Flux Rotary Kiln Dross Hopper Mixing Blade for Standard Dross Processing Machines Mixing Blade for Automatic Dross Processing Machines Rapid Heating and Drossing Agent Main Dross Pot Molten Aluminum Transfer Ladle Molten Aluminum Launder HL-JLG Mobile Automatic Refining Tank Industrial Hand Trolley Long-Spout Molten Aluminum Pouring Ladle Grab Bucket Automatic Al-Ti-B Wire Feeder Aluminum Chip Recycling System Aluminum Billet Casting Platform Regenerative Industrial Furnace Automatic Molten Aluminum Refining Tank Double-Chamber Aluminum Scrap Recovery Furnace Aluminum Dross Recovery Grab Die Separating and Assembly Machine Aluminum Profile Packaging and Shaping Machine Die Scrap Aluminum Extrusion Machine Aluminum Profile Film Laminating Machine Automatic Aluminum Wire Rod Bundling Equipment Automatic Steel-Strap Bundling Equipment Hydraulic Casting Table Online Degassing System Tilting Melting Furnace Online Filtration System (Tubular / Plate) High and Low Level Water Pools Homogenized Billet Automatic Stacking System Feedstock / current process Target output Monthly capacity Workshop and space Quotation preference Not decided yet High-quality configuration Cost-effective configuration Please provide both options Project description * Send inquiry Fields marked * are required. Details are used only for this project inquiry. ","externalUrl":null,"permalink":"/en/contact/","section":"Hengliang Lankang","summary":"Tell us about your material, capacity, plant conditions and project schedule so we can better understand your requirements.\nLandline+86 757 8521 3502AddressNo. A9, Commercial Avenue, Songxia Industrial Park, Shishan, Nanhai, Foshan, Guangdong, China Contact Our Sales Manager Directly # Scan with WeChat on desktop, or tap the code on mobile to open WhatsApp and discuss your project with Hengliang Lankang's sales manager.\n","title":"Contact Hengliang Lankang","type":"page"},{"content":"Hengliang Lankang supplies equipment and project support for primary and secondary aluminum, extrusion, billet production, casting and resource-recovery operations. The supply scope ranges from individual process units to integrated sawing, handling, dross-processing and dust-control systems.\nNew production linesDefine process route, equipment arrangement, automation and plant interfaces.\nExisting-plant upgradesIntegrate new equipment within current foundations, logistics and controls.\nSupporting equipmentMatch transfer, refining, handling and environmental units to the main operation.\nCustomer directory Guangdong Xingfa Aluminium Co., Ltd., Foshan Sanshui Branch 广东兴发铝业有限公司佛山市三水分公司 Pingguo Jianfeng Aluminium Co., Ltd. 平果鉴峰铝业有限公司 Hunan Pingfeng Aluminium Co., Ltd. 湖南平丰铝业有限公司 Guangdong Xingfa Aluminium (Henan) Co., Ltd. 广东兴发铝业（河南）有限公司 Guangxi Jialu Metal Technology Co., Ltd. 广西嘉铝金属科技有限公司 Foshan Xiandai Copper and Aluminum Co., Ltd. 佛山市现代铜铝型材有限公司 Xingfa Aluminium (Chengdu) Co., Ltd. 广东兴发铝业（成都）有限公司 Guangxi Baoxin Aluminium Co., Ltd. 广西宝新铝业有限公司 Jiangsu Zhongji Hengya Light Alloy Co., Ltd. 江苏中机恒亚轻合金有限公司 Guangdong Xingfa Aluminium (Jiangxi) Co., Ltd. 广东兴发铝业（江西）有限公司 Guizhou Jinxing Light Alloy Equipment Manufacturing Co., Ltd. 贵州锦兴轻合金装备制造有限公司 Wuxi Gelaide Light Alloy Technology Co., Ltd. 无锡格莱德轻合金科技有限公司 Foshan Jianmei Aluminium Co., Ltd. 佛山坚美铝业有限公司 Luoyang Wanji Aluminium Processing Co., Ltd. 洛阳万基铝加工有限公司 Huzhou Hongying Renewable Resources Co., Ltd. 湖州红缨再生资源有限公司 Guangdong JMA Aluminum Profile Factory (Group) Co., Ltd. 广东坚美铝型材厂（集团）有限公司 Henan Aipusheng Recycled New Materials Co., Ltd. 河南艾浦生再生新材料有限公司 Jiangsu Shuoyuan New Materials Technology Co., Ltd. 江苏烁源新材料科技有限公司 Foshan Sanshui Fenglu Aluminium Co., Ltd. 佛山市三水凤铝铝业有限公司 Swan Aluminum Co., Ltd. 天鹅铝业有限公司 Jiangsu Guoxin Aluminium Co., Ltd. 江苏国鑫铝业有限公司 Guangdong Yaoyinshan Aluminium Co., Ltd. 广东耀银山铝业有限公司 Henan Shengtong Aluminium Co., Ltd. 河南晟通铝业有限公司 Jiangsu Huachang Aluminium Factory Co., Ltd. 江苏华昌铝厂有限公司 Panasia Enterprises (Nanyang) Company Limited 荣阳实业（南阳）有限公司 Indonesia Alka Aluminium Co., Ltd. 印尼阿尔卡铝业有限公司 Guangdong Xinhe Aluminium Xinxing Co., Ltd. 广东新合铝业新兴有限公司 Golden Aluminum Co., Ltd. 广东高登铝业有限公司 Henan Hongxinghua Aluminium Co., Ltd. 河南宏星华铝业有限公司 Jinhua Jinfei Light Alloy Materials Co., Ltd. 金华市今飞轻合金材料有限公司 Ningxia Guangyin Aluminium Co., Ltd. 宁夏广银铝业有限公司 Anyang Gaojing Aluminium Co., Ltd. 安阳高晶铝材有限公司 Yunnan Fuyuan Jinfei Wheel Manufacturing Co., Ltd. 云南富源今飞轮毂制造有限公司 Shuaiyichi (Henan) New Materials Technology Co., Ltd. 帅翼驰（河南）新材料科技有限公司 Shuaiyichi (Anhui) New Materials Technology Co., Ltd. 帅翼驰（安徽）新材料科技有限公司 Guangxi Guangyin Aluminium Co., Ltd., Baise Branch 广西广银铝业有限公司百色分公司 Yunnan Yunlu Runxin Aluminium Co., Ltd. 云南云铝润鑫铝业有限公司 Daye Hongtai Aluminium Co., Ltd. 大冶市宏泰铝业有限责任公司 Anhui Wanfeng Precision Aluminium Technology Co., Ltd. 安徽万峰精工铝业科技有限公司 Yunlu Haixin Aluminium Co., Ltd. 云铝海鑫铝业有限公司 Huangshi Hongfu New Materials Co., Ltd. 黄石市鸿福新材料有限公司 Baotou Yijiang Aluminium Co., Ltd. 包头市亿江铝业有限公司 Yunnan Wenshan Aluminium Co., Ltd. 云南文山铝业有限公司 Hubei Xingrui Technology Co., Ltd. 湖北星锐科技有限公司 Yingkou Shunfa Aluminium Co., Ltd. 营口顺发铝业有限公司 Yunnan Jinfei Aluminium Co., Ltd. 云南今飞铝业有限公司 Huangshi Jinqiao Aluminium Co., Ltd. 黄石市金桥铝业有限公司 Jiangxi Junsheng Metal Technology Co., Ltd. 江西君晟金属科技有限公司 Yunnan Yinlu Aluminium Co., Ltd. 云南银铝铝业有限公司 Huangshi Jiamei Aluminium Co., Ltd. 黄石市佳美铝业有限公司 Jiayuguan Mingxiang Aluminium Co., Ltd. 嘉峪关铭翔铝业有限公司 Xinjiang East Hope Nonferrous Metals Co., Ltd. 新疆东方希望有色金属有限公司 Huangshi Chenmao Aluminium Co., Ltd. 黄石市晨茂铝业有限公司 Tangshan Jingxin Glass Products Co., Ltd. 唐山晶鑫玻璃制品有限公司 Xinjiang Haoyue Aluminium Co., Ltd. 新疆皓粤铝业有限公司 Qinghai Tianxin Aluminium Co., Ltd. 青海天鑫铝业有限公司 Hubei Xinghe Electric Power New Materials Co., Ltd. 湖北兴和电力新材料股份有限公司 Yuantai High-Conductivity Materials (Shanxi) Co., Ltd. 元泰高导材料（山西）有限公司 Hubei Jinghua Aluminium Co., Ltd. 湖北荆华铝业有限公司 Qinghai Xinhao Aluminium Co., Ltd. 青海鑫豪铝业有限公司 Baise Rainbow Aluminium Co., Ltd. 百色市彩虹铝业有限公司 J.S.B Aluminium J.S.B Aluminium Ningde Fusheng Aluminium Co., Ltd. 宁德福晟铝业有限公司 Guangxi Guangying Aluminium Co., Ltd. 广西广盈铝业有限公司 Sanshui Hong\u0026#39;anlian Aluminium Alloy Products Co., Ltd. 三水鸿安联铝合金制品有限公司 Namo Alloy Pvt Ltd Namo Alloy Pvt Ltd Guangxi Chaoya Aluminium Co., Ltd. 广西超亚铝业有限公司 Jiangxi Jinxinfa Aluminium Co., Ltd. 江西金鑫发铝业有限公司 Ralco Extrusion Pvt Ltd Ralco Extrusion Pvt Ltd Guangxi Xingyue Materials Technology Co., Ltd. 广西兴越材料科技有限公司 Hunan Hongteng Aluminium Co., Ltd. 湖南鸿腾铝业有限公司 IndiaMet Trade India Ltd IndiaMet Trade India Ltd 广东兴发铝业有限公司佛山市三水分公司 / Guangdong Xingfa Aluminium Co., Ltd., Foshan Sanshui Branch 平果鉴峰铝业有限公司 / Pingguo Jianfeng Aluminium Co., Ltd. 湖南平丰铝业有限公司 / Hunan Pingfeng Aluminium Co., Ltd. 广东兴发铝业（河南）有限公司 / Guangdong Xingfa Aluminium (Henan) Co., Ltd. 广西嘉铝金属科技有限公司 / Guangxi Jialu Metal Technology Co., Ltd. 佛山市现代铜铝型材有限公司 / Foshan Xiandai Copper and Aluminum Co., Ltd. 广东兴发铝业（成都）有限公司 / Xingfa Aluminium (Chengdu) Co., Ltd. 广西宝新铝业有限公司 / Guangxi Baoxin Aluminium Co., Ltd. 江苏中机恒亚轻合金有限公司 / Jiangsu Zhongji Hengya Light Alloy Co., Ltd. 广东兴发铝业（江西）有限公司 / Guangdong Xingfa Aluminium (Jiangxi) Co., Ltd. 贵州锦兴轻合金装备制造有限公司 / Guizhou Jinxing Light Alloy Equipment Manufacturing Co., Ltd. 无锡格莱德轻合金科技有限公司 / Wuxi Gelaide Light Alloy Technology Co., Ltd. 佛山坚美铝业有限公司 / Foshan Jianmei Aluminium Co., Ltd. 洛阳万基铝加工有限公司 / Luoyang Wanji Aluminium Processing Co., Ltd. 湖州红缨再生资源有限公司 / Huzhou Hongying Renewable Resources Co., Ltd. 广东坚美铝型材厂（集团）有限公司 / Guangdong JMA Aluminum Profile Factory (Group) Co., Ltd. 河南艾浦生再生新材料有限公司 / Henan Aipusheng Recycled New Materials Co., Ltd. 江苏烁源新材料科技有限公司 / Jiangsu Shuoyuan New Materials Technology Co., Ltd. 佛山市三水凤铝铝业有限公司 / Foshan Sanshui Fenglu Aluminium Co., Ltd. 天鹅铝业有限公司 / Swan Aluminum Co., Ltd. 江苏国鑫铝业有限公司 / Jiangsu Guoxin Aluminium Co., Ltd. 广东耀银山铝业有限公司 / Guangdong Yaoyinshan Aluminium Co., Ltd. 河南晟通铝业有限公司 / Henan Shengtong Aluminium Co., Ltd. 江苏华昌铝厂有限公司 / Jiangsu Huachang Aluminium Factory Co., Ltd. 荣阳实业（南阳）有限公司 / Panasia Enterprises (Nanyang) Company Limited 印尼阿尔卡铝业有限公司 / Indonesia Alka Aluminium Co., Ltd. 广东新合铝业新兴有限公司 / Guangdong Xinhe Aluminium Xinxing Co., Ltd. 广东高登铝业有限公司 / Golden Aluminum Co., Ltd. 河南宏星华铝业有限公司 / Henan Hongxinghua Aluminium Co., Ltd. 金华市今飞轻合金材料有限公司 / Jinhua Jinfei Light Alloy Materials Co., Ltd. 宁夏广银铝业有限公司 / Ningxia Guangyin Aluminium Co., Ltd. 安阳高晶铝材有限公司 / Anyang Gaojing Aluminium Co., Ltd. 云南富源今飞轮毂制造有限公司 / Yunnan Fuyuan Jinfei Wheel Manufacturing Co., Ltd. 帅翼驰（河南）新材料科技有限公司 / Shuaiyichi (Henan) New Materials Technology Co., Ltd. 帅翼驰（安徽）新材料科技有限公司 / Shuaiyichi (Anhui) New Materials Technology Co., Ltd. 广西广银铝业有限公司百色分公司 / Guangxi Guangyin Aluminium Co., Ltd., Baise Branch 云南云铝润鑫铝业有限公司 / Yunnan Yunlu Runxin Aluminium Co., Ltd. 大冶市宏泰铝业有限责任公司 / Daye Hongtai Aluminium Co., Ltd. 安徽万峰精工铝业科技有限公司 / Anhui Wanfeng Precision Aluminium Technology Co., Ltd. 云铝海鑫铝业有限公司 / Yunlu Haixin Aluminium Co., Ltd. 黄石市鸿福新材料有限公司 / Huangshi Hongfu New Materials Co., Ltd. 包头市亿江铝业有限公司 / Baotou Yijiang Aluminium Co., Ltd. 云南文山铝业有限公司 / Yunnan Wenshan Aluminium Co., Ltd. 湖北星锐科技有限公司 / Hubei Xingrui Technology Co., Ltd. 营口顺发铝业有限公司 / Yingkou Shunfa Aluminium Co., Ltd. 云南今飞铝业有限公司 / Yunnan Jinfei Aluminium Co., Ltd. 黄石市金桥铝业有限公司 / Huangshi Jinqiao Aluminium Co., Ltd. 江西君晟金属科技有限公司 / Jiangxi Junsheng Metal Technology Co., Ltd. 云南银铝铝业有限公司 / Yunnan Yinlu Aluminium Co., Ltd. 黄石市佳美铝业有限公司 / Huangshi Jiamei Aluminium Co., Ltd. 嘉峪关铭翔铝业有限公司 / Jiayuguan Mingxiang Aluminium Co., Ltd. 新疆东方希望有色金属有限公司 / Xinjiang East Hope Nonferrous Metals Co., Ltd. 黄石市晨茂铝业有限公司 / Huangshi Chenmao Aluminium Co., Ltd. 唐山晶鑫玻璃制品有限公司 / Tangshan Jingxin Glass Products Co., Ltd. 新疆皓粤铝业有限公司 / Xinjiang Haoyue Aluminium Co., Ltd. 青海天鑫铝业有限公司 / Qinghai Tianxin Aluminium Co., Ltd. 湖北兴和电力新材料股份有限公司 / Hubei Xinghe Electric Power New Materials Co., Ltd. 元泰高导材料（山西）有限公司 / Yuantai High-Conductivity Materials (Shanxi) Co., Ltd. 湖北荆华铝业有限公司 / Hubei Jinghua Aluminium Co., Ltd. 青海鑫豪铝业有限公司 / Qinghai Xinhao Aluminium Co., Ltd. 百色市彩虹铝业有限公司 / Baise Rainbow Aluminium Co., Ltd. J.S.B Aluminium / J.S.B Aluminium 宁德福晟铝业有限公司 / Ningde Fusheng Aluminium Co., Ltd. 广西广盈铝业有限公司 / Guangxi Guangying Aluminium Co., Ltd. 三水鸿安联铝合金制品有限公司 / Sanshui Hong\u0026#39;anlian Aluminium Alloy Products Co., Ltd. Namo Alloy Pvt Ltd / Namo Alloy Pvt Ltd 广西超亚铝业有限公司 / Guangxi Chaoya Aluminium Co., Ltd. 江西金鑫发铝业有限公司 / Jiangxi Jinxinfa Aluminium Co., Ltd. Ralco Extrusion Pvt Ltd / Ralco Extrusion Pvt Ltd 广西兴越材料科技有限公司 / Guangxi Xingyue Materials Technology Co., Ltd. 湖南鸿腾铝业有限公司 / Hunan Hongteng Aluminium Co., Ltd. IndiaMet Trade India Ltd / IndiaMet Trade India Ltd ","externalUrl":null,"permalink":"/en/company/customers/","section":"Hengliang Lankang","summary":"Hengliang Lankang supplies equipment and project support for primary and secondary aluminum, extrusion, billet production, casting and resource-recovery operations. The supply scope ranges from individual process units to integrated sawing, handling, dross-processing and dust-control systems.\nNew production linesDefine process route, equipment arrangement, automation and plant interfaces.\nExisting-plant upgradesIntegrate new equipment within current foundations, logistics and controls.\nSupporting equipmentMatch transfer, refining, handling and environmental units to the main operation.\nCustomer directory Guangdong Xingfa Aluminium Co., Ltd., Foshan Sanshui Branch 广东兴发铝业有限公司佛山市三水分公司 Pingguo Jianfeng Aluminium Co., Ltd. 平果鉴峰铝业有限公司 Hunan Pingfeng Aluminium Co., Ltd. 湖南平丰铝业有限公司 Guangdong Xingfa Aluminium (Henan) Co., Ltd. 广东兴发铝业（河南）有限公司 Guangxi Jialu Metal Technology Co., Ltd. 广西嘉铝金属科技有限公司 Foshan Xiandai Copper and Aluminum Co., Ltd. 佛山市现代铜铝型材有限公司 Xingfa Aluminium (Chengdu) Co., Ltd. 广东兴发铝业（成都）有限公司 Guangxi Baoxin Aluminium Co., Ltd. 广西宝新铝业有限公司 Jiangsu Zhongji Hengya Light Alloy Co., Ltd. 江苏中机恒亚轻合金有限公司 Guangdong Xingfa Aluminium (Jiangxi) Co., Ltd. 广东兴发铝业（江西）有限公司 Guizhou Jinxing Light Alloy Equipment Manufacturing Co., Ltd. 贵州锦兴轻合金装备制造有限公司 Wuxi Gelaide Light Alloy Technology Co., Ltd. 无锡格莱德轻合金科技有限公司 Foshan Jianmei Aluminium Co., Ltd. 佛山坚美铝业有限公司 Luoyang Wanji Aluminium Processing Co., Ltd. 洛阳万基铝加工有限公司 Huzhou Hongying Renewable Resources Co., Ltd. 湖州红缨再生资源有限公司 Guangdong JMA Aluminum Profile Factory (Group) Co., Ltd. 广东坚美铝型材厂（集团）有限公司 Henan Aipusheng Recycled New Materials Co., Ltd. 河南艾浦生再生新材料有限公司 Jiangsu Shuoyuan New Materials Technology Co., Ltd. 江苏烁源新材料科技有限公司 Foshan Sanshui Fenglu Aluminium Co., Ltd. 佛山市三水凤铝铝业有限公司 Swan Aluminum Co., Ltd. 天鹅铝业有限公司 Jiangsu Guoxin Aluminium Co., Ltd. 江苏国鑫铝业有限公司 Guangdong Yaoyinshan Aluminium Co., Ltd. 广东耀银山铝业有限公司 Henan Shengtong Aluminium Co., Ltd. 河南晟通铝业有限公司 Jiangsu Huachang Aluminium Factory Co., Ltd. 江苏华昌铝厂有限公司 Panasia Enterprises (Nanyang) Company Limited 荣阳实业（南阳）有限公司 Indonesia Alka Aluminium Co., Ltd. 印尼阿尔卡铝业有限公司 Guangdong Xinhe Aluminium Xinxing Co., Ltd. 广东新合铝业新兴有限公司 Golden Aluminum Co., Ltd. 广东高登铝业有限公司 Henan Hongxinghua Aluminium Co., Ltd. 河南宏星华铝业有限公司 Jinhua Jinfei Light Alloy Materials Co., Ltd. 金华市今飞轻合金材料有限公司 Ningxia Guangyin Aluminium Co., Ltd. 宁夏广银铝业有限公司 Anyang Gaojing Aluminium Co., Ltd. 安阳高晶铝材有限公司 Yunnan Fuyuan Jinfei Wheel Manufacturing Co., Ltd. 云南富源今飞轮毂制造有限公司 Shuaiyichi (Henan) New Materials Technology Co., Ltd. 帅翼驰（河南）新材料科技有限公司 Shuaiyichi (Anhui) New Materials Technology Co., Ltd. 帅翼驰（安徽）新材料科技有限公司 Guangxi Guangyin Aluminium Co., Ltd., Baise Branch 广西广银铝业有限公司百色分公司 Yunnan Yunlu Runxin Aluminium Co., Ltd. 云南云铝润鑫铝业有限公司 Daye Hongtai Aluminium Co., Ltd. 大冶市宏泰铝业有限责任公司 Anhui Wanfeng Precision Aluminium Technology Co., Ltd. 安徽万峰精工铝业科技有限公司 Yunlu Haixin Aluminium Co., Ltd. 云铝海鑫铝业有限公司 Huangshi Hongfu New Materials Co., Ltd. 黄石市鸿福新材料有限公司 Baotou Yijiang Aluminium Co., Ltd. 包头市亿江铝业有限公司 Yunnan Wenshan Aluminium Co., Ltd. 云南文山铝业有限公司 Hubei Xingrui Technology Co., Ltd. 湖北星锐科技有限公司 Yingkou Shunfa Aluminium Co., Ltd. 营口顺发铝业有限公司 Yunnan Jinfei Aluminium Co., Ltd. 云南今飞铝业有限公司 Huangshi Jinqiao Aluminium Co., Ltd. 黄石市金桥铝业有限公司 Jiangxi Junsheng Metal Technology Co., Ltd. 江西君晟金属科技有限公司 Yunnan Yinlu Aluminium Co., Ltd. 云南银铝铝业有限公司 Huangshi Jiamei Aluminium Co., Ltd. 黄石市佳美铝业有限公司 Jiayuguan Mingxiang Aluminium Co., Ltd. 嘉峪关铭翔铝业有限公司 Xinjiang East Hope Nonferrous Metals Co., Ltd. 新疆东方希望有色金属有限公司 Huangshi Chenmao Aluminium Co., Ltd. 黄石市晨茂铝业有限公司 Tangshan Jingxin Glass Products Co., Ltd. 唐山晶鑫玻璃制品有限公司 Xinjiang Haoyue Aluminium Co., Ltd. 新疆皓粤铝业有限公司 Qinghai Tianxin Aluminium Co., Ltd. 青海天鑫铝业有限公司 Hubei Xinghe Electric Power New Materials Co., Ltd. 湖北兴和电力新材料股份有限公司 Yuantai High-Conductivity Materials (Shanxi) Co., Ltd. 元泰高导材料（山西）有限公司 Hubei Jinghua Aluminium Co., Ltd. 湖北荆华铝业有限公司 Qinghai Xinhao Aluminium Co., Ltd. 青海鑫豪铝业有限公司 Baise Rainbow Aluminium Co., Ltd. 百色市彩虹铝业有限公司 J.S.B Aluminium J.S.B Aluminium Ningde Fusheng Aluminium Co., Ltd. 宁德福晟铝业有限公司 Guangxi Guangying Aluminium Co., Ltd. 广西广盈铝业有限公司 Sanshui Hong'anlian Aluminium Alloy Products Co., Ltd. 三水鸿安联铝合金制品有限公司 Namo Alloy Pvt Ltd Namo Alloy Pvt Ltd Guangxi Chaoya Aluminium Co., Ltd. 广西超亚铝业有限公司 Jiangxi Jinxinfa Aluminium Co., Ltd. 江西金鑫发铝业有限公司 Ralco Extrusion Pvt Ltd Ralco Extrusion Pvt Ltd Guangxi Xingyue Materials Technology Co., Ltd. 广西兴越材料科技有限公司 Hunan Hongteng Aluminium Co., Ltd. 湖南鸿腾铝业有限公司 IndiaMet Trade India Ltd IndiaMet Trade India Ltd 广东兴发铝业有限公司佛山市三水分公司 / Guangdong Xingfa Aluminium Co., Ltd., Foshan Sanshui Branch 平果鉴峰铝业有限公司 / Pingguo Jianfeng Aluminium Co., Ltd. 湖南平丰铝业有限公司 / Hunan Pingfeng Aluminium Co., Ltd. 广东兴发铝业（河南）有限公司 / Guangdong Xingfa Aluminium (Henan) Co., Ltd. 广西嘉铝金属科技有限公司 / Guangxi Jialu Metal Technology Co., Ltd. 佛山市现代铜铝型材有限公司 / Foshan Xiandai Copper and Aluminum Co., Ltd. 广东兴发铝业（成都）有限公司 / Xingfa Aluminium (Chengdu) Co., Ltd. 广西宝新铝业有限公司 / Guangxi Baoxin Aluminium Co., Ltd. 江苏中机恒亚轻合金有限公司 / Jiangsu Zhongji Hengya Light Alloy Co., Ltd. 广东兴发铝业（江西）有限公司 / Guangdong Xingfa Aluminium (Jiangxi) Co., Ltd. 贵州锦兴轻合金装备制造有限公司 / Guizhou Jinxing Light Alloy Equipment Manufacturing Co., Ltd. 无锡格莱德轻合金科技有限公司 / Wuxi Gelaide Light Alloy Technology Co., Ltd. 佛山坚美铝业有限公司 / Foshan Jianmei Aluminium Co., Ltd. 洛阳万基铝加工有限公司 / Luoyang Wanji Aluminium Processing Co., Ltd. 湖州红缨再生资源有限公司 / Huzhou Hongying Renewable Resources Co., Ltd. 广东坚美铝型材厂（集团）有限公司 / Guangdong JMA Aluminum Profile Factory (Group) Co., Ltd. 河南艾浦生再生新材料有限公司 / Henan Aipusheng Recycled New Materials Co., Ltd. 江苏烁源新材料科技有限公司 / Jiangsu Shuoyuan New Materials Technology Co., Ltd. 佛山市三水凤铝铝业有限公司 / Foshan Sanshui Fenglu Aluminium Co., Ltd. 天鹅铝业有限公司 / Swan Aluminum Co., Ltd. 江苏国鑫铝业有限公司 / Jiangsu Guoxin Aluminium Co., Ltd. 广东耀银山铝业有限公司 / Guangdong Yaoyinshan Aluminium Co., Ltd. 河南晟通铝业有限公司 / Henan Shengtong Aluminium Co., Ltd. 江苏华昌铝厂有限公司 / Jiangsu Huachang Aluminium Factory Co., Ltd. 荣阳实业（南阳）有限公司 / Panasia Enterprises (Nanyang) Company Limited 印尼阿尔卡铝业有限公司 / Indonesia Alka Aluminium Co., Ltd. 广东新合铝业新兴有限公司 / Guangdong Xinhe Aluminium Xinxing Co., Ltd. 广东高登铝业有限公司 / Golden Aluminum Co., Ltd. 河南宏星华铝业有限公司 / Henan Hongxinghua Aluminium Co., Ltd. 金华市今飞轻合金材料有限公司 / Jinhua Jinfei Light Alloy Materials Co., Ltd. 宁夏广银铝业有限公司 / Ningxia Guangyin Aluminium Co., Ltd. 安阳高晶铝材有限公司 / Anyang Gaojing Aluminium Co., Ltd. 云南富源今飞轮毂制造有限公司 / Yunnan Fuyuan Jinfei Wheel Manufacturing Co., Ltd. 帅翼驰（河南）新材料科技有限公司 / Shuaiyichi (Henan) New Materials Technology Co., Ltd. 帅翼驰（安徽）新材料科技有限公司 / Shuaiyichi (Anhui) New Materials Technology Co., Ltd. 广西广银铝业有限公司百色分公司 / Guangxi Guangyin Aluminium Co., Ltd., Baise Branch 云南云铝润鑫铝业有限公司 / Yunnan Yunlu Runxin Aluminium Co., Ltd. 大冶市宏泰铝业有限责任公司 / Daye Hongtai Aluminium Co., Ltd. 安徽万峰精工铝业科技有限公司 / Anhui Wanfeng Precision Aluminium Technology Co., Ltd. 云铝海鑫铝业有限公司 / Yunlu Haixin Aluminium Co., Ltd. 黄石市鸿福新材料有限公司 / Huangshi Hongfu New Materials Co., Ltd. 包头市亿江铝业有限公司 / Baotou Yijiang Aluminium Co., Ltd. 云南文山铝业有限公司 / Yunnan Wenshan Aluminium Co., Ltd. 湖北星锐科技有限公司 / Hubei Xingrui Technology Co., Ltd. 营口顺发铝业有限公司 / Yingkou Shunfa Aluminium Co., Ltd. 云南今飞铝业有限公司 / Yunnan Jinfei Aluminium Co., Ltd. 黄石市金桥铝业有限公司 / Huangshi Jinqiao Aluminium Co., Ltd. 江西君晟金属科技有限公司 / Jiangxi Junsheng Metal Technology Co., Ltd. 云南银铝铝业有限公司 / Yunnan Yinlu Aluminium Co., Ltd. 黄石市佳美铝业有限公司 / Huangshi Jiamei Aluminium Co., Ltd. 嘉峪关铭翔铝业有限公司 / Jiayuguan Mingxiang Aluminium Co., Ltd. 新疆东方希望有色金属有限公司 / Xinjiang East Hope Nonferrous Metals Co., Ltd. 黄石市晨茂铝业有限公司 / Huangshi Chenmao Aluminium Co., Ltd. 唐山晶鑫玻璃制品有限公司 / Tangshan Jingxin Glass Products Co., Ltd. 新疆皓粤铝业有限公司 / Xinjiang Haoyue Aluminium Co., Ltd. 青海天鑫铝业有限公司 / Qinghai Tianxin Aluminium Co., Ltd. 湖北兴和电力新材料股份有限公司 / Hubei Xinghe Electric Power New Materials Co., Ltd. 元泰高导材料（山西）有限公司 / Yuantai High-Conductivity Materials (Shanxi) Co., Ltd. 湖北荆华铝业有限公司 / Hubei Jinghua Aluminium Co., Ltd. 青海鑫豪铝业有限公司 / Qinghai Xinhao Aluminium Co., Ltd. 百色市彩虹铝业有限公司 / Baise Rainbow Aluminium Co., Ltd. J.S.B Aluminium / J.S.B Aluminium 宁德福晟铝业有限公司 / Ningde Fusheng Aluminium Co., Ltd. 广西广盈铝业有限公司 / Guangxi Guangying Aluminium Co., Ltd. 三水鸿安联铝合金制品有限公司 / Sanshui Hong'anlian Aluminium Alloy Products Co., Ltd. Namo Alloy Pvt Ltd / Namo Alloy Pvt Ltd 广西超亚铝业有限公司 / Guangxi Chaoya Aluminium Co., Ltd. 江西金鑫发铝业有限公司 / Jiangxi Jinxinfa Aluminium Co., Ltd. Ralco Extrusion Pvt Ltd / Ralco Extrusion Pvt Ltd 广西兴越材料科技有限公司 / Guangxi Xingyue Materials Technology Co., Ltd. 湖南鸿腾铝业有限公司 / Hunan Hongteng Aluminium Co., Ltd. IndiaMet Trade India Ltd / IndiaMet Trade India Ltd ","title":"Customers","type":"company"},{"content":"","externalUrl":null,"permalink":"/en/categories/dross-processing/","section":"Equipment Categories","summary":"","title":"Dross Processing","type":"categories"},{"content":"","externalUrl":null,"permalink":"/en/categories/dust-collection/","section":"Equipment Categories","summary":"","title":"Dust Collection","type":"categories"},{"content":"Hengliang Lankang connects individual machines into a defined operating route. Each proposal identifies what enters the system, what the line must produce, how equipment communicates and where the supply boundary ends.\nBasis of configurationThese inputs are required before model, capacity, automation level and acceptance conditions can be finalized.\nMaterial \u0026 outputFeed condition, composition, temperature, hourly or shift throughput and target product.\nPlant \u0026 interfacesExisting equipment, floor plan, foundations, utilities, lifting, maintenance and logistics.\nDelivery \u0026 acceptanceSupply boundary, local requirements, installation responsibility, commissioning and test method.\n","externalUrl":null,"permalink":"/en/solutions/","section":"Engineered Systems","summary":"Hengliang Lankang connects individual machines into a defined operating route. Each proposal identifies what enters the system, what the line must produce, how equipment communicates and where the supply boundary ends.\nBasis of configurationThese inputs are required before model, capacity, automation level and acceptance conditions can be finalized.\nMaterial \u0026 outputFeed condition, composition, temperature, hourly or shift throughput and target product.\nPlant \u0026 interfacesExisting equipment, floor plan, foundations, utilities, lifting, maintenance and logistics.\n","title":"Engineered Systems","type":"solutions"},{"content":"The range includes complete systems, process machines and supporting components. System pages explain the overall process and interfaces, while individual equipment pages focus on function, configuration and application.\nFinal model, capacity, construction and interfaces are defined against material data, required throughput, plant layout and the agreed supply boundary.\n","externalUrl":null,"permalink":"/en/equipment/","section":"Equipment","summary":"The range includes complete systems, process machines and supporting components. System pages explain the overall process and interfaces, while individual equipment pages focus on function, configuration and application.\nFinal model, capacity, construction and interfaces are defined against material data, required throughput, plant layout and the agreed supply boundary.\n","title":"Equipment","type":"equipment"},{"content":"","externalUrl":null,"permalink":"/en/categories/","section":"Equipment Categories","summary":"","title":"Equipment Categories","type":"categories"},{"content":" Explore engineered systems → Contact us Browse all equipment → Systems engineering\nFrom individual equipment to a complete operating line Reliable operation comes from matching process, equipment and site conditions. Hengliang Lankang configures each system around material characteristics, production rate, equipment interfaces, environmental requirements and plant logistics.\nProcess definitionMap feed condition, target output and critical transitions between each processing stage.\nEquipment integrationCoordinate main machines, transfer, extraction, guarding, controls and maintenance access.\nProject deliveryConfirm layout, interfaces, supply boundary, installation guidance and commissioning requirements.\nFour product and system areas Each scope can be supplied as a complete system or integrated with existing upstream and downstream equipment.\n01Aluminum dross recoveryHot-dross separation, controlled cooling, crushing, screening, milling, classified collection and dust extraction.\n→ 02Billet downstream automationStorage, loading, cut-to-length sawing, identification, chip recovery, conveying and automatic stacking.\n→ 03Industrial dust controlSource capture, ducting, pulse-jet filtration, dust discharge, differential-pressure monitoring and interlocks.\n→ 04Casting supportRefining, molten-metal transfer, pouring, wire feeding, charging, handling and maintenance equipment.\n→ How we develop your project We confirm operating data and site conditions before selecting the equipment configuration and developing the technical proposal.\nConfirm material, temperature, composition and production rhythm. Map the present process and target output. Define equipment modules, interfaces and automation level. Check layout, foundations, utilities, access and environmental limits. Agree supply boundary, acceptance conditions and commissioning plan. Engineering and manufacturing capability Hengliang Lankang combines equipment development with fabrication, assembly, electrical integration and project-site support.\n2009Established in Foshan, Guangdong 2017Recognized as a National High-tech Enterprise PatentedDevelopments in dross cooling, screening and chip briquetting Configure the system around your operating conditionsTell us about your feed, target capacity, workshop layout and commissioning schedule.\nContact us ","externalUrl":null,"permalink":"/en/","section":"Hengliang Lankang","summary":" Explore engineered systems → Contact us Browse all equipment → Systems engineering\nFrom individual equipment to a complete operating line Reliable operation comes from matching process, equipment and site conditions. Hengliang Lankang configures each system around material characteristics, production rate, equipment interfaces, environmental requirements and plant logistics.\nProcess definitionMap feed condition, target output and critical transitions between each processing stage.\nEquipment integrationCoordinate main machines, transfer, extraction, guarding, controls and maintenance access.\n","title":"Hengliang Lankang","type":"page"},{"content":"Guangdong Hengliang Lankang Environmental Protection Technology Co., Ltd. was founded in 2009. Its predecessor was Foshan Nanhai Hengliang Metal Equipment Co., Ltd. The company specializes in machinery and environmental equipment for aluminum and zinc processing, with operations covering product development, structural fabrication, mechanical assembly, electrical integration, sales and project support.\nProducts and systems # Dross processingHot-dross separation, controlled cooling, crushing, screening, milling, conveying and system extraction.\nBillet automationStorage, loading, cut-to-length sawing, identification, chip recovery, conveying and automatic stacking.\nEnvironmental and casting supportIndustrial dust collection, refining, wire feeding, molten-metal transfer, pouring and material handling.\nEngineering and service # Equipment configuration begins with the actual process and plant. Hengliang Lankang reviews the material, target capacity, existing flow, workshop plan, utilities, environmental requirements and upstream/downstream interfaces before defining the layout, automation scope and supply boundary.\nProject definitionReview material condition, production rate, target output and site constraints to establish the process requirement.\nManufacturing and deliveryComplete equipment design, fabrication, assembly and electrical integration, followed by installation guidance and commissioning support.\nOperating supportProvide maintenance guidance, troubleshooting and repair support, with equipment settings reviewed as production conditions change.\nTechnical development # The company was recognized as a National High-tech Enterprise in 2017. Its utility-model patents in China cover dross cooling, dross screening and aluminum-chip collection and briquetting, together with earlier work in billet loading, cut-to-length control, sawing and stacking.\nDomestic and international markets # Hengliang Lankang equipment serves aluminum-processing operations across China and has also been supplied to overseas markets, both directly and through project partners. For international projects, the supply scope is confirmed against the project location, plant interfaces, installation responsibility and applicable requirements.\nHow we deliver an equipment project # Review material, throughput and target output.Map the present process and line interfaces.Develop equipment layout and automation scope.Confirm fabrication, installation and safety boundaries.Agree commissioning conditions and operating handover. Service principle # “Quality forged in metal; trust built through the Hengliang brand.” This long-standing service principle is reflected in clear technical conditions, defined supply scope and accountable operating support.\nExplore our manufacturing and project capabilitySee the workshop, assembly processes and project sites behind the Hengliang Lankang equipment range.\nView manufacturing ","externalUrl":null,"permalink":"/en/company/","section":"Hengliang Lankang","summary":"Guangdong Hengliang Lankang Environmental Protection Technology Co., Ltd. was founded in 2009. Its predecessor was Foshan Nanhai Hengliang Metal Equipment Co., Ltd. The company specializes in machinery and environmental equipment for aluminum and zinc processing, with operations covering product development, structural fabrication, mechanical assembly, electrical integration, sales and project support.\nProducts and systems # Dross processingHot-dross separation, controlled cooling, crushing, screening, milling, conveying and system extraction.\n","title":"Hengliang Lankang","type":"company"},{"content":" SENT\nThank you for contacting Hengliang Lankang. We have received your project details and will follow up using the phone, WhatsApp, WeChat or email information provided.\nFeedstock photos, workshop drawings and current process information can be shared directly with our sales and engineering team during the follow-up.\nView equipment Back to home ","externalUrl":null,"permalink":"/en/contact/received/","section":"Hengliang Lankang","summary":" SENT\nThank you for contacting Hengliang Lankang. We have received your project details and will follow up using the phone, WhatsApp, WeChat or email information provided.\nFeedstock photos, workshop drawings and current process information can be shared directly with our sales and engineering team during the follow-up.\nView equipment Back to home ","title":"Inquiry received","type":"page"},{"content":"Manufacturing begins after the process route, equipment arrangement and critical interfaces have been reviewed. This reduces changes to foundations, conveying, extraction and access after equipment reaches the site.\nDelivery sequence # Process and layout confirmation.Structural fabrication and machining.Mechanical and electrical assembly.Pre-delivery inspection and logic checks.Installation guidance and commissioning. Manufacturing checkpoints # StructureMain-frame geometry, supports, guarding interfaces, lifting points and access provisions. Mechanical assemblyDrive alignment, conveyors, feeding and discharge interfaces, lubrication and maintainability. Electrical integrationPLC logic, sensors, interlocks, operator controls and upstream/downstream signals. Plant readinessFoundations, installation space, crane access, utilities, ducting and commissioning conditions. Workshop and project evidence # ","externalUrl":null,"permalink":"/en/company/manufacturing/","section":"Hengliang Lankang","summary":"Manufacturing begins after the process route, equipment arrangement and critical interfaces have been reviewed. This reduces changes to foundations, conveying, extraction and access after equipment reaches the site.\nDelivery sequence # Process and layout confirmation.Structural fabrication and machining.Mechanical and electrical assembly.Pre-delivery inspection and logic checks.Installation guidance and commissioning. Manufacturing checkpoints # StructureMain-frame geometry, supports, guarding interfaces, lifting points and access provisions. Mechanical assemblyDrive alignment, conveyors, feeding and discharge interfaces, lubrication and maintainability. Electrical integrationPLC logic, sensors, interlocks, operator controls and upstream/downstream signals. Plant readinessFoundations, installation space, crane access, utilities, ducting and commissioning conditions. Workshop and project evidence # ","title":"Manufacturing \u0026 Delivery","type":"company"},{"content":"Hengliang Lankang develops equipment around recurring production constraints. The patent portfolio records work in billet loading and sawing, automatic length control and stacking, dross cooling and screening, and chip collection and briquetting.\nSelected recent patents # Utility modelPatent numberPublication Aluminum-chip collection and briquetting deviceZL 2023 2 1405221.8CN 219947413 U · 3 Nov 2023 Aluminum-dross cooling deviceZL 2023 2 1416443.XCN 220116628 U · 1 Dec 2023 Aluminum-dross screening equipmentZL 2023 2 1731180.1CN 220215629 U · 22 Dec 2023 Patent certificates identify the granted technology at publication. Current legal status can be verified through the relevant national intellectual-property authority.\nHistorical certificates and technical records # Certificate images are presented as records from their dates of issue. The 2017 High-tech Enterprise certificate stated a three-year validity period and is not presented as a current qualification.\n","externalUrl":null,"permalink":"/en/company/honors/","section":"Hengliang Lankang","summary":"Hengliang Lankang develops equipment around recurring production constraints. The patent portfolio records work in billet loading and sawing, automatic length control and stacking, dross cooling and screening, and chip collection and briquetting.\nSelected recent patents # Utility modelPatent numberPublication Aluminum-chip collection and briquetting deviceZL 2023 2 1405221.8CN 219947413 U · 3 Nov 2023 Aluminum-dross cooling deviceZL 2023 2 1416443.XCN 220116628 U · 1 Dec 2023 Aluminum-dross screening equipmentZL 2023 2 1731180.1CN 220215629 U · 22 Dec 2023 Patent certificates identify the granted technology at publication. Current legal status can be verified through the relevant national intellectual-property authority.\n","title":"Patents \u0026 Technical Records","type":"company"},{"content":"Guangdong Hengliang Lankang Environmental Protection Technology Co., Ltd. operates this website and its online catalogs. We process website data in a limited and transparent manner for project communication, operational analysis and security.\nInformation we process # When you send an inquiry, we process the details you provide, which may include your name, company, country or region, phone or WhatsApp number, WeChat ID, email address, equipment of interest, feedstock and current process, target output, capacity, workshop conditions and project description. The system also records the submission time, IP address, browser identifier, delivery outcome and necessary error details so that we can confirm delivery and prevent abuse.\nWhen you visit the main website or online catalog, the server records the access time, IP address, requested page, HTTP status, transferred bytes, referring address and browser identifier. A local database on our server may derive an approximate country, region and city from the IP address. The IP address is not sent to a third-party geolocation API for this purpose.\nWhy we use it # To respond to product, technical-solution, quotation and service inquiries; To understand page usage and improve content and performance; To identify automated traffic, abnormal requests, repeated submissions and security risks; To diagnose email-delivery and website-operation failures. Retention # Inquiry and processing logs are retained for 90 days by default. Detailed website visit records are retained for 30 days by default. Expired data is removed automatically. Information that becomes part of an ongoing commercial discussion, contract performance or a legally required record may be managed separately under the applicable business or legal requirement.\nEmail and third-party services # Inquiries are forwarded through Hengliang Lankang\u0026rsquo;s Alibaba enterprise mailbox to webcontact@gdhllk.com. Public pages do not load third-party marketing analytics or set advertising-tracking cookies. Password-protected internal administration pages use a necessary login cookie; public visitors do not receive that cookie.\nYour choices and contact # You may leave optional fields blank. To request access, correction or deletion of information submitted through this website, email webcontact@gdhllk.com and include enough information—such as the approximate submission time and contact details—to identify the inquiry. We will handle reasonable requests after verification.\nThis notice may be updated when website functions or applicable requirements change. The version published on this page is the current notice.\n","externalUrl":null,"permalink":"/en/privacy/","section":"Hengliang Lankang","summary":"We process only the information needed for project communication, website operation and security, without third-party marketing analytics.","title":"Privacy and Data Notice","type":"page"}]