The 315-ton side-push hydraulic metal baler is a high-efficiency compression device designed specifically for large-scale scrap metal recycling stations, renewable resource processing centers, and steel smelting enterprises. This hydraulic baler adopts a horizontal side-push bale structure and is equipped with a large 2500×2000×1000mm hopper, capable of processing large quantities of thin scrap steel, aluminum, copper, and stainless steel scrap in a single batch. A dual-motor drive system (37kW×2) provides powerful compression, consolidating loose metal scrap into standard bales with a cross-sectional size of 450×450mm, significantly reducing transportation costs and smelting furnace charging time.
This hydraulic metal baler uses a high-strength wear-resistant steel plate welded structure. The hydraulic system operates at a pressure of 25MPa and can be equipped with a PLC automatic control system for one-button intelligent operation. The side-push bale method ensures uniform and consistent output, and combined with a continuous feeding design, effectively improves production efficiency, meeting the continuous operation needs of large-scale metal recycling enterprises.
Technical specification of Y81T-315 metal baler | |
Model | Y81T-315 |
Nominal pressure(kn) | 3150 |
Bin size(L*W*H)(mm) | 2500*2000*1000 |
Bale size(W*H)(mm) | 450*450 |
Power(kw) | 37*2 |
Hydraulic system pressure(MPa) | 22 |
Bales output method | Push-out |
Cooling system | Water cooling |
The above parameters are for reference only. The balers can be customized.
1. Dual Motor, Dual Pump Configuration: Two 37kW motors drive high-pressure oil pumps, ensuring sufficient oil supply to the hydraulic system. The main pressure cylinder and side pressure cylinder operate synchronously, resulting in uniform compression force distribution.
2. Side-Out Push-Out Baler Design: Compared to tipping-out balers, side-out push-out balers eliminate the need for machine downtime, enabling continuous cyclic operation and reducing bale output time by 40%.
3. Wear-Resistant Tank Lining: The inner wall of the baler is inlaid with wear-resistant steel plates to resist impact and wear from metal scrap, extending service life by more than 3 times.
1. Large-scale scrap metal collection and distribution center: Suitable for comprehensive recycling sites with a daily processing capacity of over 50 tons, it can compress scrap steel, scrap aluminum, scrap copper, stainless steel, and end-of-life vehicle dismantling materials. Rectangular bales with a cross-sectional size of 450×450mm facilitate storage and transportation.
2. Pre-processing for steel smelting plants: As supporting equipment for steel mills, it compresses acquired light and thin materials, steel shavings, iron oxide scale, etc., into high-density furnace charge bales, increasing furnace charging speed and reducing smelting power consumption. The bales have uniform density and consistent melting time, helping to stabilize the composition of molten steel.
3. Non-ferrous metal smelting and processing plants: For the recycling and compression of non-ferrous metals such as scrap aluminum and scrap copper, the side-explosion bale method avoids surface scratches on non-ferrous metals, maintaining material purity. The compressed bales are easy to handle with forklifts and stacked for storage, increasing warehouse space utilization by over 60%.
4. End-of-life vehicle dismantling industry chain: Processes large metal parts such as car bodies, engine blocks, and gearbox housings after dismantling. The large material bin can hold an entire car roof panel, allowing for direct feeding and compression without pre-cutting.
5. Scrap Management in the Machining Center: Loose waste materials such as steel shavings, aluminum chips, and copper shavings generated from machine tool cutting are compressed to 1/8-1/10 of their original volume, reducing the frequency of waste removal and improving the 5S management environment of the workshop.
1. The material bin size of the baler can be customized to meet specific customer needs.
2. Bale shapes include rectangles, octagons, and cylinders; both shape and size can be customized.
3. For locations without power supply, a diesel engine drive option is available, with power ranging from 75-110kW.
