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The Y81K-1000 large-scale hydraulic scrap baler is a high-efficiency compression device specifically designed for heavy metal scrap processing. This model employs a 1000-ton main pressure system, coupled with a large-capacity 3500×3000×1400mm hopper, capable of processing several tons of loose metal scrap in a single operation. The entire machine is driven by a 22MPa high-pressure hydraulic system, powered by a 188KW high-power motor, ensuring stable compression performance even under continuous high-intensity operation. The standardized 700×700mm bale size facilitates subsequent transportation and smelting processing, making it a core processing equipment for large-scale scrap steel recycling bases and metal smelting enterprises.
Technical specification of Y81K-1000 metal baler | |
Model | Y81K-1000 |
Nominal pressure(kn) | 10000 KN |
Press box size | 3500*3000*1400 mm |
Bale section size | 700*700 mm |
Power | 188 KW |
The above parameters are for reference only. The balers can be customized.
1. Thousand-ton compression force: A main cylinder thrust of 1,000 tons effortlessly compresses various types of heavy metal scrap.
2. Extra-large feed opening: Designed with a 3.5-meter-long feed box to accommodate large, irregularly shaped metal components.
3. High-density bale formation: A system pressure of 22 MPa ensures bale density reaches the upper limit of industry standards.
4. High-efficiency power system: A 188 kW motor paired with an optimized hydraulic circuit delivers industry-leading energy efficiency.
This hydraulic baler is widely used for compressing large vehicle frames at end-of-life vehicle dismantling centers, consolidating scrap metal at heavy machinery manufacturing plants, pretreating furnace feed at iron and steel smelters, and baling bulk metal cargo at port scrap transfer stations. It is particularly well-suited for processing high-density metal scrap, such as large castings, forgings, and the wreckage of construction machinery.
We offer comprehensive equipment customization solutions: the hydraulic station's position relative to the main unit can be adjusted (left or right side) to suit site conditions; hoppers can be modified to be taller or longer to accommodate specific materials; hydraulic systems can be equipped with optional servo energy-saving modules to reduce energy consumption by 30%; and we also provide motor adaptation services for overseas voltage standards (380V/440V/480V).
