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ENERPAT
Vedio
Product Description
ENERPAT Auto Recycling Plant with Washing and Drying
As the global vehicle fleet expands rapidly, auto recycling plays a pivotal role in environmental protection, resource conservation, and the advancement of the circular economy . Enerpat is committed to addressing global sustainability challenges by introducing its state-of-the-art **Auto Recycling Plant with Washing and Drying** for end-of-life vehicle (ELV) shells, providing an efficient and eco-friendly solution for the automotive recycling industry.
Material Testing
End Products
Ferrous Metals
Non-Ferrous Metals
Non-Metal Materials
Enerpat's Solution: Powering Efficient Recycling
High-Efficiency, Clean Recovery
The Enerpat Auto Recycling Plant with Washing and Drying streamlines the recycling process. A feeding conveyor transports auto shells to a twin-shaft shredder for initial breakdown. A hammer mill then processes the metal, shaping it into spherical forms and effectively separating attached impurities. A drum magnetic separator precisely extracts ferrous metals, while other materials proceed to an eddy current separator to sort non-ferrous metals and plastics. The non-ferrous metals are subsequently washed in a tank with high-pressure water to remove oil and dirt, ensuring a clean and pollution-free recovery.
Enhanced Purity with Washing & Drying
Enerpat has innovatively integrated washing and drying capabilities into its shredding and sorting line. This enhancement ensures higher purity of recovered materials, leading to superior product quality for remanufacturing and meeting stringent industry demands.
High Capacity, Low Energy Consumption
This production line offers impressive capacity: 15-20 tons/hour for challenging metals like auto shells, and 30-40 tons/hour for loose scrap metal. Exact capacities can be verified through material testing. Enerpat's system, combining a 400kW twin-shaft hydraulic shredder with a 566kW horizontal hammer mill for a total of 960kW, demonstrates significantly lower energy consumption compared to competitors' 4500kW setups for similar output. This translates to substantial reductions in electricity costs and overall operational expenses.
Maximized Material Value
Through precise hydraulic twin-shaft shearing and powerful hammer shredding, the Enerpat Auto Recycling Plant with Washing and Drying efficiently removes impurities and paint from vehicle shells. The result is cleaner, smaller materials with higher bulk density, which significantly boosts the total value of recovered metals.
Broad Application & Market Recognition
The Enerpat Auto Recycling Plant with Washing and Drying is widely utilized in steel mills, automotive manufacturing, and large-scale scrap metal recycling centers. Its exceptional performance and reliable quality have garnered broad market acceptance and positive feedback.
Product Details
Double Shaft Shredder | Function Preliminary crushing of large scrap car shells to reduce material size. | Hammer Mill Car Shredder | Function Fine shredding of materials from the double shaft shredder to improve processing efficiency. |
Drum Magnetic Separator | Function Separates ferrous metals to enhance metal recycling purity. | Eddy Current Separator | Function Sorts different types of metals to improve recycling accuracy. |
Vibrating Feeder | Function Continuously and evenly conveys materials to avoid blockage. | Dust Collector | Function Collects dust to ensure a clean and pollution-free production line. |
Core Advantages
![]() | Modular Flexibility ► Plug-and-play modules adapt to any site layout |
![]() | Dual-Stage Shredding ► Shear pre-shredding + hammer refinement → Controlled output size & 35% higher density |
![]() | Heavy-Duty Reliability ► AISI-D2 alloy cutters + self-aligning bearings → Shockproof continuous operation |
![]() | 98%+ Separation Purity ► Precision sorting of metals/non-metals for smelting-ready output |
![]() | AI-Driven Automation ► Schneider PLC one-touch control → Real-time monitoring & unmanned production |
Technical Specifications
Model | MSE-H600 | MSE-H800 | MSE-H1000 | MSE-H1600 | MSE-H2000 |
Motor Power | 150 KW | 180 KW | 220 KW | 500 KW | 700 KW |
Feeding Hopper Size | 1023x674 mm | 1223×674 mm | 1526×983 mm | 3064×1596 mm | 4047×2141 mm |
Shaft Diameter | 185mm | 185mm | 185mm | 260mm | 350mm |
Rotor Diameter | 850mm | 860mm | 870mm | 1030mm | 1240mm |
Shredding Chamber Length | 580mm | 825mm | 1090mm | 1596 mm | 2118mm |
Hammer Thickness | 65mm | 65mm | 65mm | 94mm | 96mm |
Hammer Quantity | 8pcs | 12pcs | 16pcs | 22pcs | 12pcs |
Rotor Speed | 480rpm | 480rpm | 480rpm | 480rpm | 480rpm |
Wearing Plate Material | High chrome | High chrome | High chrome | High chrome | High chrome |
Wearing Plate Quantity | 800kg | 1200kg | 1.4 tons | 2.4 tons | 2.6 tons |
Machine Size | 3414×2900×4532 mm | 3414×3139×4532 mm | 5500×4800×4919 mm | 6800x4800x4925 mm | 9199×8880×7300 mm |
Machine Weight | 14 tons | 17 tons | 20 tons | 28 tons | 65 tons |
Customer Cases
Area:Thailand
Material: Cast Aluminum
Capacity:15tons per hour
Area:Indonesia
Material:Car Body
Capacity:10 tons per hour
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