Used Car


Release time:

Nov 21,2025

A scientifically standardized dismantling process can not only improve the efficiency of dismantling scrapped motor vehicles and increase resource recycling, but also ensure production safety.

 
I. Targeting Industry Pain Points
The current ELV (including new energy vehicles) dismantling and recycling industry faces four core challenges: low efficiency of traditional manual dismantling (8-12 hours per vehicle), difficulty in processing large components (car shells, engine blocks), incomplete separation of metals and non-metals (purity less than 90%), and high environmental compliance pressure (hard to handle oil, coatings, and battery pollutants), resulting in low resource utilization and limited economic benefits.
II. Full-Process Solution Architecture
Centered on our car shell shredders and crushers, combined with magnetic separators, air separators, and intelligent sorting systems, we build an integrated "preprocessing-crushing-sorting-resource utilization" solution, covering the dismantling and recycling needs of both fuel vehicles and new energy vehicles:
1. Preprocessing Stage: Efficient Demolition to Reduce Subsequent Difficulty
Equipment Configuration: Large-scale car shell shredder (suitable for 2-5 ton ELVs)
Core Function: Rapidly shred large components such as car shells, frames, and engine blocks into 300-500mm lumps, remove large surface impurities (e.g., tires, glass), and lay the foundation for subsequent refined processing. Supports 24/7 continuous operation with a single-unit hourly capacity of 7-30 tons, 10 times more efficient than manual demolition.
2. Crushing & Sorting Stage: Refined Processing to Improve Resource Purity
Equipment Configuration: Multi-stage crusher + high-frequency magnetic separator + intelligent air separator
Core Function: Further crush preprocessed lumps into uniform 10-50mm particles. Magnetic separators accurately separate ferrous metals (steel, iron), while eddy current separators separate non-ferrous metals (aluminum, copper) from non-metals (plastic, rubber).
3. Resource Utilization Stage: Closed-Loop Recycling to Maximize Value
Applicable Scenarios: Metal recycling from fuel vehicle dismantling, NEV battery pack casing processing, and preprocessing before battery crushing;
Supporting Services: Provide equipment installation, commissioning, operation training, and environmental compliance guidance to meet international standards such as EU ELV and US EPA, helping customers apply for carbon emission reduction subsidies.
4. Intelligent Management: Cost Reduction, Efficiency Improvement, and Operation Optimization
Equipment is equipped with a data monitoring module to real-time track processing capacity, energy consumption, and operational status, supporting remote maintenance and reducing downtime;
Flexible configuration solutions (single production line - multi-line linkage) can be customized based on customer site size and processing volume requirements.
III. Core Advantages
Strong Adaptability: Handles all types of auto waste materials (car shells, engines, gearboxes, battery casings, etc.), compatible with both fuel vehicles and new energy vehicles;
High Efficiency & Low Consumption: Equipped with wear-resistant components and energy-saving motors, saving 25% energy compared to traditional equipment. A single production line has a per hour processing capacity of 7-30 tons;
Environmental Compliance: Built-in oil collection device reduces pollutant emissions, meeting international environmental standards;
Customized Services: Provide full-cycle one-on-one services from site planning and equipment selection to after-sales maintenance.
IV. Economic & Environmental Benefits
Economic Benefits: Processing efficiency increased by over 35%, labor costs reduced by 60%; High-purity recycled metals command an 8%-12% premium, and secondary sales of non-metallic materials (plastic, rubber) can generate an additional 10%-15% revenue;
Environmental Benefits: Comprehensive resource utilization rate increased to over 95%, reducing primary mineral mining. A single production line reduces COemissions by over 500 tons annually, aligning with the global carbon neutrality trend.

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