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Thermal break aluminum crushing production line with an hourly capacity of 1.5–2 tons
73 kWMotor Power
≈1.5-2 t/hProcessing Capacity

Complete set of Equipment

Thermal break aluminum crushing production line with an hourly capacity of 1.5–2 tons

Production Line Overview Huazhi Machinery’s thermal break aluminum crushing production line (with an hourly capacity of 1.5–2 tons) is a comprehensive solution specifically designed for the recycling and processing of thermal break aluminum scrap.

  • Suitable for the scrap steel processing, scrap aluminum recycling, vehicle dismantling, and renewable resource recovery industries.
  • Configurable scrap steel shredding lines, scrap aluminum shredding and sorting lines, and metal shredding and crushing lines.
  • Customized solutions based on materials, production capacity, site conditions, budget, and environmental requirements.
  • Send photos or videos of the materials, and engineers will recommend a production line configuration for free.

Phone / WhatsApp: 8613073757790

OEM customization · Global shipping · Installation support · After-sales service

PRODUCT OVERVIEW

Production Line Overview

Huazhi Machinery’s thermal break aluminum crushing production line (with an hourly capacity of 1.5–2 tons) is a comprehensive solution specifically designed for the recycling and processing of thermal break aluminum scrap. Thermal break aluminum—widely used in architectural doors and windows—incorporates thermal insulation nylon strips within its structure, making effective separation difficult using conventional crushing methods. Huazhi Machinery employs an optimized process combining crushing, magnetic separation, and eddy current separation; this system completely separates the aluminum from iron impurities and nylon insulation strips, yielding high-purity aluminum granules that command higher market prices and generate greater returns. # Complete Equipment List

No. Equipment Name Technical Specifications Power (kW) Unit Qty Remarks
01 Crusher Infeed Belt Conveyor Model TD75-800; belt length 12m; belt width 800mm 3 Unit 1 Includes motor, gearbox, and support legs
02 Metal Shredder Model HZ-800; power 45kW×2; crushing chamber 800×800mm 90 Unit 1 Hammer material: 13% Mn, 2% Cr
03 Crusher Discharge Belt Conveyor Model TD75; belt length 6m; belt width 600mm 1.5 Unit 1 Includes motor, gearbox, and support legs
04 Magnetic Separator Model TD75; belt length 6m; belt width 500mm 1.5 Unit 1 Includes motor, gearbox, and support legs
05 Pulse Dust Collector Model HZ36; 36 bags; fan 3kW; ducting Φ219mm 3 Unit 1 Includes pulse control valve and independent electrical cabinet
06 Eddy Current Separator Model HZ800; magnetic rotor width 800mm; main motor 4kW; conveyor motor 1.5kW 5.5 Unit 1 For separating aluminum and non-ferrous metals
07 Eddy Current Discharge Belt Conveyor Model TD75; belt length 6m; belt width 600mm 1.5 Unit 1 Includes motor, gearbox, and support legs
08 Electrical Control Cabinet Chint Electric components; reduced-voltage starting — Unit 2 Total power approx. 73kW

Process Flow

”` Thermal Break Aluminum Scrap ↓ [01 Infeed Belt Conveyor] → Uniformly feeds material into the crusher ↓ [02 Metal Crusher HZ-800] → Crushes aluminum into small pieces; preliminary separation of aluminum and nylon strips ↓ [03 Discharge Belt Conveyor] → Transports crushed material to the next stage ↓ [04 Magnetic Separator] → Removes ferromagnetic metals (iron nails, rebar, etc.) ↓ [05 Pulse Dust Collector] → Removes dust generated during the crushing process ↓ [06 Eddy Current Separator HZ-800] → Uses a high-frequency magnetic field to separate aluminum from non-magnetic impurities (nylon strips, plastic, etc.) ↓ [07 Eddy Current Discharge Belt] → Outputs pure aluminum granules ↓

✅ Pure Aluminum Granules / ✅ Nylon Impurities (Recycled separately)

Key Advantages

  • Designed for Thermal Break Aluminum: Three-stage separation (crushing + magnetic separation + eddy current separation) achieves an aluminum/nylon separation rate of over 95%
  • Dual-Motor Crusher (45kW x 2): High power, high crushing efficiency, and strong processing capacity
  • Eddy Current Separation: Uses the HZ-800 wide-format eddy current separator for high separation precision and high-purity aluminum granules
  • Pulse Dust Collection System: HZ-36 high-efficiency pulse dust collector ensures a clean working environment and minimizes dust pollution
  • Automated Control: Chint Electric control cabinet featuring reduced-voltage starting and comprehensive electrical protection
  • Low Total Power (73kW): Lower energy consumption compared to similar production lines, resulting in more economical operating costs

Output Material Specifications

Output Material Particle Size Purity Description
Pure Aluminum Granules Determined by screen mesh size (Standard: 60mm; customizable) ≥95% Ready for direct sale to aluminum plants
Iron impurities — — Recovered via magnetic separation
Nylon/plastic impurities — — Discharged after eddy current separation

Return on Investment Analysis

Item Data
Reference Price 180,000 RMB (excluding tax and shipping)
Processing Capacity 1.5–2 tons/hour
Daily Operating Time Approx. 10–16 hours (depending on raw material conditions)
Daily Output 15–32 tons of thermal break aluminum scrap
Aluminum Granule Selling Price Approx. 12,000–18,000 RMB/ton (depending on local market)
Estimated Daily Revenue Raw material cost spread + processing value-add

Note: The above data is for reference only; actual returns are influenced by factors such as raw material quality, local aluminum prices, and labor costs. Conducting a raw material test run is recommended.


Service and Support

  • Pre-sales: Equipment configuration proposals, raw material test runs, and site visits
  • In-sales: Site planning and blueprint design
  • After-sales: Installation and commissioning guidance, operation training, and a one-year warranty on the entire machine
  • Quality Assurance: One-year warranty on the entire machine (excluding wear parts); motors are pure-copper units meeting national standards; gearboxes are manufactured in Shandong

TECHNICAL SPECIFICATIONS

Detailed Technical Parameters

Complete technical specifications for Thermal break aluminum crushing production line with an hourly capacity of 1.5–2 tons. All parameters are subject to the final drawing.

Product NameThermal Break Aluminum Crushing Production Line
Motor Power73 kW
Capacity≈1.5-2 t/h
Suitable MaterialsScrap car bodies, automotive parts, 200L metal oil drums, chemical drums, construction rebar, threaded steel bars, scrap metal furniture, metal sheets, industrial offcuts, steel chips/turnings, copper and aluminum scrap, aluminum alloy doors and windows.
IndustriesGarbage recycling, waste recycling, renewable resource recycling, dismantling of old home appliances, environmental solid waste treatment, metal recycling and dismantling, hardware processing, automobile dismantling, hazardous waste disposal, etc
OriginMade in China
CertificationISO 9001 quality management system, CE certification, UL certification

PRODUCT ADVANTAGES

Key Features & Benefits

Built with premium materials and precision engineering for superior performance and long service life.

Long Service Life

Long Service Life

Imported Alloy Cutting Tools

The cutting tool is made of imported alloy steel material and processed by high-precision machine tools, with higher mechanical properties, better toughness and wear resistance, and significantly extended service life. Cutting tools can be extended in lifespan through laser cladding or high-temperature cladding. After the tool wears out, it can be repaired multiple times by welding, saving the cost of use.
Stable Operation

Stable Operation

Integrated Knife Box Design

The box adopts mortise and tenon design technology and overall annealing treatment technology. Not only does it avoid pre-stress caused by welding, but it also enhances the overall integrity and mechanical strength of the tool box, making it less prone to deformation during long-term use.
Large Crushing Force

Large Crushing Force

High Torque, Powerful Performance

Driven by a motor and reducer, the transmission of torque is smooth, with high precision and good guidance, resulting in greater output torque and stronger load-bearing capacity of the equipment, making the power of the equipment more powerful. Effectively improve production efficiency and reduce energy consumption.

PROCESS FLOW

Crushing & Sorting Production Line Process

A complete metal recycling production line typically consists of feeding conveyor, shredding pre-treatment, crushing, magnetic separation, eddy current separation, dust collection and electrical control systems. The actual process is tailored based on material type, finished product requirements and site conditions.

Get Line Configuration
01

Feeding & Conveying

Chain plate conveyor or belt conveyor feeds materials evenly into the system.

02

Shredding Pre-treatment

Large, flat or tangled materials are first pre-shredded by a twin-shaft shredder.

03

Crushing & Shaping

Metal shredder crushes materials into specified smaller particle sizes.

04

Magnetic Separation

Magnetic separator removes ferrous materials to improve product purity.

05

Eddy Current Separation

Separates non-ferrous metals like aluminum, copper, zinc for higher recovery value.

06

Dust & Electrical Control

Dust collection and electrical control systems ensure clean operation and automation.

MAIN EQUIPMENT

Core Equipment Of The Production Line

A complete metal recycling production line is composed of multiple machines working together — feeding, shredding, crushing, sorting, and dust control systems.

⇥

Conveyor System

Used for the conveying of raw materials and finished products; it can be equipped with chain-plate conveyors, belt conveyors, and the like to achieve continuous and uniform material feeding.

⋮⋮

Dual-Shaft Shredder

Used for the pre-processing and size reduction of bulky materials—such as car bodies, paint buckets, and tangled materials—thereby reducing the load on downstream shredders.

⚙

Metal Shredder

As the core main unit of the production line, it crushes materials into finished products of the specified particle size and serves as the power hub of the entire line.

☁

Magnetic Separator

Used for the sorting and separation of ferrous materials after shredding, thereby enhancing the purity and recovery value of the finished scrap steel.

≣

Eddy Current Separator

Used for the sorting and extraction of non-ferrous metals such as scrap aluminum and copper, significantly increasing the recovery value of non-ferrous metals.

▤

Dust Removal Electrical Control System

A pulse dust removal system and a centralized electrical control cabinet are configured in accordance with on-site environmental protection and automation requirements.

DESIGN REQUIREMENTS

What information is required for a custom production line proposal?

To accurately match equipment models and configurations, we recommend that customers provide details regarding material type, processing capacity, finished product specifications, site dimensions, voltage conditions, and budget range. The more detailed the information, the more precise the proposed solution will be.

01

Material Type

Specific materials such as scrap steel, scrap aluminum, paint buckets, car bodies, aluminum profiles, beverage cans, and mixed metals.

02

Production Volume Requirements

Hourly throughput—1, 5, 10, or over 20 tonnes—determines the main unit model and configuration scale.

03

Finished Product Requirements

Specific requirements regarding magnetic separation for iron removal, eddy current separation, discharge particle size, etc.

04

Site Conditions

Site dimensions, available voltage, loading method, environmental dust control requirements, and budget range.

PRICE FACTORS

What Factors Affect The Price Quote For A Production Line?

The price of a production line is not fixed; it depends primarily on factors such as material type, production capacity requirements, main equipment model, auxiliary equipment, level of automation, environmental standards, and the scope of installation and maintenance. We recommend discussing material specifications and capacity requirements first so that we can provide an accurate quotation.

Get A Quote For The Complete Line

APPLICABLE MATERIALS

Suitable for Processing

This equipment is designed to process a wide range of materials efficiently.

animal carcass animal carcass
Used oil drums Used oil drums
chemical bucket chemical bucket
li-ion battery li-ion battery
Agricultural film Agricultural film
tonneau bag tonneau bag
plastic pipe plastic pipe
plastic pallet plastic pallet
palm fiber palm fiber
yellow straw yellow straw
green straw green straw
straw bale straw bale
wood waste wood waste
circuit board circuit board
cell phone cell phone
computer keyboard computer keyboard
small household electric appliance small household electric appliance
major consumer electronics major consumer electronics
Scrap motorcycles Scrap motorcycles
Waste and scrap cables Waste and scrap cables
discontinued aluminum discontinued aluminum
steel sheet and iron sheet steel sheet and iron sheet
waste tyre waste tyre
Waste furniture Waste furniture
waste tyres waste tyres
Old floor coverings Old floor coverings
garbage from renovation garbage from renovation
clichéd garbage clichéd garbage
waste cardboard waste cardboard
Rubber Products Rubber Products
Paper Mill Rope Paper Mill Rope
Waste and scrap textiles Waste and scrap textiles
Urban household waste Urban household waste
Leather  trimmings Leather trimmings

PROJECT CASES

Customer Installation Cases

Real-world installations and applications of our equipment.

In One Simple Step Turning Cans into Crushed Material

In One Simple Step Turning Cans into Crushed Material

In One Simple Step Turning Cans into Crushed Material

View Case →
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    Aluminum Can Crushing and Iron-Aluminum Separation Production Line

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    How much does profitability increase after crushing color-coated steel tiles and sheet metal

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    crusher out of aluminum effect

  • How to select equipment when crushing a variety of materials

    How to select equipment when crushing a variety of materials

FAQ

Frequently Asked Questions

Common questions about Thermal break aluminum crushing production line with an hourly capacity of 1.5–2 tons.

What should I do if the machine output decreases?

Reduced output may be caused by worn blades, irregular feeding, excessive feed size, unsuitable material, conveyor problems or material buildup in the cutting chamber. First check the feeding condition and blade wear, then inspect the transmission and discharge system. If the issue continues, send operating videos and equipment information to the support team for diagnosis.

Are replacement blades and spare parts available?

Replacement blades and commonly used mechanical or electrical parts can be supplied according to the machine model and configuration. We recommend confirming a spare-parts list when ordering, especially for projects where local access to compatible components is limited. Providing the machine model and serial information helps identify the correct replacement parts.

What should be done if the crusher jams during operation?

The operator should stop feeding material and follow the machine’s prescribed overload-handling procedure. Depending on the control configuration, the machine may stop or reverse to help release the material. Operators should never enter the cutting chamber or remove trapped material before the equipment is completely isolated from power.

How often should shredder blades be replaced?

Blade service life depends on material hardness, contamination, operating hours and feeding conditions. Processing clean plastic or light scrap creates different wear from processing thick metal or mixed waste containing hard foreign objects. Blades should be inspected regularly and rotated, repaired or replaced according to actual wear.

What routine maintenance does an industrial shredder require?

Routine maintenance normally includes checking blade wear, bolts, bearings, lubrication, gearbox condition, hydraulic oil and electrical connections. The cutting chamber should also be inspected for foreign objects and material buildup. Following the maintenance schedule helps reduce unplanned downtime.

Do you provide operation and maintenance training?

Operation guidance can cover machine startup and shutdown, material feeding, overload handling, routine inspection and basic maintenance. For a complete production line, training can also include the coordination of conveyors and separation equipment. The final training scope is confirmed according to the project configuration.

GET STARTED

Get a Quote for Thermal break aluminum crushing production line with an hourly capacity of 1.5–2 tons

Send us your material photos, capacity requirements, and workshop dimensions. Our engineers will recommend the right model and provide a customized solution.

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