Applicable Materials: Waste Thermal Break Aluminum windows and doors, demolition aluminum scrap, aluminum-plastic composite panels, scrap aluminum profiles, aluminum alloy waste, aluminum wire/cable, used beverage cans (UBCs), aluminum sheet offcuts, aluminum edge trimmings, cast aluminum, wrought aluminum, scrap aluminum alloys, waste mold aluminum, waste PS plates, and other aluminum-containing composite materials.
Key technical information for quick evaluation.
Review the equipment introduction, working principle, advantages and technical specifications in one clear page.
Main Structure Diagram of Thermal Break Aluminum Shredder Equipment
Haoxing Machinery's thermal break aluminum shredder is a primary shredding machine used in thermal break aluminum recycling lines. It is suitable for processing waste aluminum window frames, door frames, aluminum-plastic composite profiles, scrap aluminum profiles and similar bulky aluminum materials.
The machine uses two counter-rotating cutter shafts with alloy cutter discs. During operation, the cutter shafts rotate at low speed and high torque, grabbing, shearing and tearing bulky thermal break aluminum materials into smaller strips or chunks. The shredded material is easier to convey and prepare for downstream crushing, screening and separation.
In a complete recycling line, the thermal break aluminum shredder can work with feeding conveyors, hammer crushers, magnetic separators, vibrating screens, eddy current separators, dust collectors and control systems. The configuration can be selected according to material size, profile structure, required capacity, output size and site layout.
When integrated with downstream sorting equipment, the line can help separate aluminum from plastic, rubber and ferrous impurities. The final recovery result depends on material composition, crushing size, screening effect and separator configuration.
The thermal break aluminum shredding line is designed for processing waste thermal break aluminum profiles, aluminum window and door frames, aluminum-plastic composite profiles and scrap aluminum profiles. The line usually includes primary shredding, secondary crushing, magnetic separation, screening and eddy current separation.
Bulky thermal break aluminum scrap is first fed into the twin shaft shredder. The two cutter shafts rotate at low speed and high torque, using shearing, squeezing and tearing forces to reduce large aluminum profiles into smaller strips or chunks. This step prepares the material for downstream crushing and separation.
After primary shredding, the material can be sent to a hammer crusher for further size reduction. The crushing process helps separate aluminum from plastic strips, rubber parts and other attached materials. A magnetic separator can then remove ferrous impurities such as screws, nails, hinges and handles.
The crushed material can pass through a vibrating screen for particle size classification. Different screen openings can be selected according to the material condition and separation requirements. Typical fractions may include fine, medium and coarse particles for different downstream sorting processes.
After screening, the material can be processed by an eddy current separator. Conductive non-ferrous metals such as aluminum are separated by the repulsive force generated through electromagnetic induction, while non-metallic materials such as plastic and rubber are discharged separately.
The final separation effect depends on the material composition, particle size, feeding thickness, screen configuration and eddy current separator settings.
Low-speed and high-torque shredding: The thermal break aluminum shredder uses low-speed and high-torque shearing to process bulky aluminum profiles, window frames, door frames and aluminum-plastic composite materials. It is suitable for primary size reduction before crushing and separation.
Alloy cutter discs: The cutter discs are made of wear-resistant alloy steel. Cutter thickness, tooth shape and blade arrangement can be customized according to material size, profile structure and output requirements.
Heavy-duty reducer and stable transmission: The shredder is equipped with a heavy-duty gear reducer to provide stable torque for continuous shredding work. Low-speed operation helps reduce impact and makes the machine suitable for bulky thermal break aluminum materials.
Suitable for downstream separation: After shredding, the material can be sent to a hammer crusher, magnetic separator, vibrating screen and eddy current separator. This helps prepare aluminum, plastic and rubber materials for further separation.
Easy maintenance: The machine structure is designed for routine inspection and wear-part replacement. Cutter discs, bearing seats, reducers and other key parts can be maintained according to actual working conditions.
Customizable recycling line configuration: Feeding conveyor, shredder model, crusher model, screen opening, magnetic separator, eddy current separator, dust collector and control system can be customized according to material type, capacity requirement and site layout.
Parameter description diagram for Thermal Break Aluminum Shredder | Broken Bridge Aluminum Recycling Machine | Haoxing Machinery:
Note: Capacity varies according to material type, feeding size, material thickness, moisture content, output size requirement and line configuration. Custom shredding and sorting line configurations are available according to site layout and production requirements.
Applications:
Thermal break aluminum window and door recycling
Waste aluminum profile pre-processing
Aluminum-plastic composite profile recycling
Aluminum profile manufacturing offcut recovery
Secondary aluminum recycling preparation
Construction and demolition aluminum scrap processing
Scrap aluminum sorting and recycling lines
Find common questions about scrap metal crushers, shredders, recycling lines, equipment selection, capacity configuration and operation requirements.
The right model should be selected according to the type of aluminum profile, material length, wall thickness, plastic strip content, required capacity, output size, and site layout. If aluminum and plastic need to be separated more cleanly, the whole crushing and separation process should be considered together during design.
The capacity depends on the machine model, motor power, feeding size, material thickness, cutter configuration, and required output size. For accurate selection, customers can provide material photos, profile size, daily processing quantity, and expected final material form.
Yes. It can work as a single machine or be used in a complete recycling line. A typical line may include feeding conveyor, shredder, crusher, magnetic separator, screening machine, air separator, dust removal system, and electrical control cabinet.
The output size depends on cutter thickness, shaft structure, screen configuration, and the type of aluminum profile. If the customer needs a specific particle size for later separation or melting, the machine can be configured according to the recycling process.
The shredder mainly crushes and loosens the material first. Aluminum and plastic separation usually needs to be completed by downstream equipment such as screening, air separation, or other sorting systems. The final separation effect depends on material structure, crushing size, and line configuration.
A thermal barrier shredder is mainly used for processing thermal break aluminum profiles, broken bridge aluminum doors and windows, aluminum frames, and aluminum materials mixed with plastic or rubber strips. The suitable model should be selected according to material size, thickness, and required processing capacity.
Profitability depends on raw material purchase cost, aluminum recovery rate, impurity content, processing cost, local metal prices, and equipment efficiency. Proper crushing and separation can help improve recycling value.
Permit requirements vary by region. In many areas, environmental impact assessment, dust control, noise control, waste handling, and production permits may be required. Please confirm the local regulations before investment.
Yes. For thermal break aluminum recycling, the material is usually crushed first and then separated. The process may include magnetic separation, screening, air separation, and material collection.
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