Car bodies and light metal waste, thin sheets, light profiles, sheet metal components, require a processing system optimized for material with reduced thickness and low density. A recycling system for car bodies and light metals combines shredding adapted for thin sheet with the automatic separation of the metals, recovering steel, copper, and aluminum from bodies and from light metal waste at high purity.
A recycling system for car bodies and light metals is the choice of operators who process large volumes of bodies and thin sheet waste, where a system correctly sized for light material offers the best yield. Processing optimized for thin sheet avoids the specific problems of low-density material. See the full range of recycling equipment and the solutions for metal recovery.
Key Advantages for Recycling Bodies and Thin Sheet
• Optimized for thin sheet, sized for material with reduced thickness and low density, specific to bodies.
• Adapted shredding, the shredder efficiently processes thin sheet without the specific problems of light material in shredders sized for heavy material.
• Magnetic separation for steel, recovery of the steel from bodies, the dominant fraction.
• Eddy current for non-ferrous metals, recovery of copper and aluminum from components.
• Light fraction separation, separation of plastic, textiles, and foam from bodies.
• Pure metal fractions, steel, copper, aluminum separated at high purity for sale.
• Complete integrated flow, from body to pure metal fractions in a single system.
• PLC control, automated flow with monitoring and reporting.
Technical Specifications, Recycling System for Car Bodies and Light Metals
| Parameter | Value |
|---|---|
| Feedstock | Car bodies, thin sheets, light profiles, sheet metal components |
| Optimization | For material with reduced thickness and low density |
| Stage 1, Shredding | Shredder adapted for thin sheet |
| Stage 2, Magnetic separation | Steel recovery |
| Stage 3, Light fraction separation | Plastic, textiles, foam |
| Stage 4, Eddy current | Copper and aluminum separation |
| Recovered products | Steel, copper, aluminum; light fraction |
| Control | PLC, continuous flow, reporting |
| Components | CE marked where applicable |
Applications for Recovering Light Metals from Vehicles
A recycling system for car bodies and light metals is used by auto dismantlers, by vehicle recycling centers, and by operators who process large volumes of thin sheet waste. Modern car bodies use steel sheets of reduced thickness to save weight, and thin sheet waste (from industrial production, appliances, metal packaging) has similar characteristics that require optimized processing.
The recycling of bodies and metals is regulated at the European level; a recycling system for car bodies and light metals delivered in Europe is designed in line with the requirements of Directive 2000/53/EC on end-of-life vehicles. For integration into a complete metal recycling flow, see also the complete industry solutions.
Optimization for thin sheet is the key difference compared with a system for heavy metal: thin sheet has low density and a tendency to pack or form clumps in shredders sized for heavy material. A system optimized for light material avoids these problems, processing thin sheet efficiently and with high yield.
Steel recovery represents the dominant fraction: bodies and thin sheet are predominantly steel, recovered through magnetic separation. The recovered steel is sold to steelworks for re-melting. At large volumes of bodies and sheet waste processed, the recovered steel represents a constant and significant revenue stream.
Separation of the light fraction (plastic, textiles, foam) is a requirement for bodies: these contain non-metallic materials that must be separated from the metal fractions. The system separates this light fraction, allowing both the recovery of clean metals and the correct management of the non-metallic fraction in accordance with environmental regulations.
The recovered copper and aluminum come from the electrical system, from components, and from some body elements. Although in a smaller quantity than steel, these non-ferrous metals have a much higher unit value, and their automatic separation through eddy current captures this additional value from each body processed.
Processable Materials
| Material | Notes |
|---|---|
| Pre-treated car bodies | Thin steel sheets, depolluted |
| Industrial thin sheets | Sheet waste from production |
| Appliance casings | Thin sheet, after degassing |
| Light metal profiles | From construction and industry |
| Metal packaging | Cans, sheet metal containers |
How It Works
1. The bodies and thin sheet waste are fed into the adapted shredder.
2. The shredder efficiently processes the thin sheet, reducing it to fractions.
3. The magnetic separator extracts the steel, the dominant fraction.
4. The light fraction separation system extracts the plastic, textiles, foam.
5. The eddy current separator separates copper and aluminum.
6. The metal fractions and the light fraction are collected separately and reported.
The PLC system coordinates the flow and reports the recovered materials. A system optimized for thin sheet recovers steel, copper, and aluminum at high purity, with a superior yield compared with systems sized for heavy material.
Frequently Asked Questions
Why is a system optimized for thin sheet needed?
Thin sheet has low density and a tendency to pack or form clumps in shredders sized for heavy material, reducing the yield. A system optimized for these characteristics processes thin sheet efficiently, without the specific problems of light material in unsuitable equipment.
Do bodies require pre-treatment?
Yes, under the ELV directive: removal of fluids, tires, the battery, and hazardous components before shredding. Only the depolluted body can enter the system, to avoid contamination of the metal fractions and environmental risks.
Which metals does it recover and at what purity?
The system recovers the steel (the dominant fraction) through magnetic separation and the copper and aluminum through eddy current, plus the separation of the non-metallic light fraction. The purity depends on the adjustment of the separators; a well-adjusted system produces metal fractions pure enough for direct sale to smelters.
Can it also process industrial sheet waste, not just bodies?
Yes. The system processes any thin sheet waste: waste from industrial production, appliance casings, metal packaging, and light profiles. The optimization for light material makes the system suitable for the entire range of metal waste with reduced thickness.
Why URSTAG?
URSTAG is a premium brand of recycling equipment, with over 15 years of experience. You don't just get a machine, you get a solution engineered by specialists, built from top-tier components and backed by a team that supports you from design through commissioning.
• European engineering, every machine and every complete line is designed by our engineering teams in Europe, with a focus on reliability, safety and energy efficiency.
• Premium components, we build on motors and automation from industry leaders: Siemens, Schneider Electric, ABB, WEG, SEW-Eurodrive, NORD Drivesystems and Bonfiglioli.
• Over 15 years of experience, we know how materials and machines behave in real-world operation, and we configure each solution for your flow and volume.
• New equipment, configured for you, we supply new units, made to order for your application, with complete technical documentation.
• Delivery, installation and training included, we handle transport, commissioning and operator training, with support throughout the equipment's life.
As a premium brand, URSTAG relies on European engineering, top-tier components and experience. You choose a partner that supports your production long term, with equipment built to run reliably in demanding industrial environments.
