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Facing the ever-increasing demand for scrap metal processing, the THJ-1500 redefines the processing standards for large-scale metal recycling stations with its 1500-ton ultra-high compression force. This hydraulic metal baler features a 2500×2000×1400 mm compression chamber, a small material hopper, and high pressure.
This model employs a high-pressure hydraulic circuit design, using multi-stage pressure amplification technology to boost the pressure of ordinary hydraulic systems to ultra-high pressure levels. This hydraulic metal baler is primarily designed for processing titanium alloy scrap, compressing it into uniformly dense, regular bales with a cross-sectional dimension of 350*350 mm. The volume of loose titanium scrap is effectively reduced, significantly lowering transportation costs and facilitating subsequent storage and transportation of the scrap.
Model | THJ-1500 |
Main hydraulic cylinder Nominal pressure | 15000 KN |
Press box size | 2500*2000*1400 mm |
Bale size | 350*350 mm |
Power | 215.9 KW |
Connection method | High-pressure hose flexible connection |
Hydraulic system working pressure | ≤25MPA |
The above parameters are for reference only. The balers can be customized.
Large Capacity Design
1.Compression chamber volume reaches 7 cubic meters, easily accommodating titanium waste;
2.Batch length is infinitely adjustable from 400-1000mm, adaptable to different transport vehicles;
3.215.9KW high-power power system ensures continuous operation without jamming.
Superior Industrial Manufacturing Process
1.The main cylinder barrel is formed by integral hot die forging;
2.High-pressure hoses are fully flexible, absorbing impact vibration and protecting hydraulic components;
3.High-wear-resistant blades are inlaid on both sides of the housing and door cover for automatic cutting of long strips of waste material.
End-of-Life Vehicle Dismantling Plant
1.Complete Vehicle Frame Compression: Direct compression of the entire car/truck frame without pre-cutting;
2.Engine Block Processing: High-density bundling of cast iron parts to improve recycling efficiency.
Non-Ferrous Metals Recycling Center
1.Scrap Copper Wire Coil: Compression into copper bricks after breaking up the coils to reduce oxidation loss;
2.Aluminum Profile Scrap: Efficient bundling of door and window materials and industrial aluminum profiles;
3.Color Steel Plate/Sheet Metal: Densification treatment of thin materials.
Steel Mill Supporting Recycling
1.Steel Shavings/Iron Flakes: Briquetting of metal cutting waste;
2.Scrap Steel Edges: Standardized bundling of steel plate ends;
3.Stainless Steel Scrap: Sorted compression of materials such as 304/316.
Port and Logistics Transit Station
1.Export Scrap Standardization: Bagged sizes conforming to international shipping requirements;
2.Maximizing Container Loading: Precise calculation of bagged sizes to increase loading rate to 95%.
Customized Power System
1.Diesel Engine Version: Independent operating solution for locations without power supply;
2.Dual Motor Configuration: Zoned control, reducing starting current surge.
Customized Feeding System
1.Chain Conveyor: Continuous feeding, increasing capacity by 50%;
2.Steel Grabber: Large waste material grabbing and delivery system.
Bundle Unloading Method Selection
1.Front Push Type: Suitable for direct forklift loading;
2.Side Tilting Type: Compatible with roller conveyor lines;
3.Lifting Type: Direct overhead crane lifting.
