Hydraulic Baler
Adjustable Specs, Versatile Models, Creating Uniform Bales Anytime

Hydraulic Baler

Capacity: Capacity: 1–20 TPH Output Size: Power: 18.5–110kW
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Overview

The Hydraulic Baler is engineered for efficient compaction across recycling facilities, waste transfer stations, MRFs, RDF/SRF production lines, and industrial sites. It compresses loose materials, such as waste paper, plastics, textiles, light metals into uniform, high-density bales, improving storage efficiency and reducing transportation costs. The stable hydraulic drive, intelligent control system, and reinforced structure ensure reliable performance during continuous operation.

Built for durability and low operating costs, the baler features heavy-duty steel construction, robust hydraulic components, automatic pressure regulation, anti-blocking protection, etc. Its service-friendly design helps simplify maintenance and minimize downtime. Our baler portfolio covers vertical and horizontal models, available in fully automatic or semi-automatic versions, providing flexible solutions for different materials, capacities, and plant layouts. Reach us now for your customized solution.

Features

Heavy-Duty Hydraulic

Heavy-Duty Hydraulic

Delivering consistent high-pressure compaction for various waste materials, ensuring uniform high-density bales and long-term reliability.

Wide Material Compatibility

Wide Material Compatibility

Efficiently processes paper, plastics, textiles, fibers, light metals, RDF/SRF, and agricultural/forestry residues.

Smart Control

Smart Control

PLC-driven automation optimizes bale density, prevents overloading, and monitors system performance for stable, efficient operation.

Durable Construction

Durable Construction

Reinforced steel frame and wear-resistant components extend service life, reduce maintenance frequency, and minimize operational costs.

Flexible Adjustable Pellet Parameters

Flexible Adjustable Pellet Parameters

Supporting free adjustment of packing length and density, adapts to the packing requirements of materials in different specifications, and balances operational efficiency with finished product compactness.

Can be used for following material

Specifications

ModelMain Power (kW)Feed Opening Size (mm)Baling Dimensions (mm)

Capacity

 (t/h, 0.3-0.4 t/m³)

Weight 

(t)

Overall Dimensions

 (mm)

GHP60A18.51200×720L×750×8502–586100×3200×2000
GHP80A37.51600×1050L×1100×7504–8148000×3500×3200
GHP100A451800×1050L×1100×8005–10178700×4000×4200
GHP120A551800×1050L×1100×11007–13199000×4100×4200
GHP150A1102180×1050L×1100×110015–203211600×4200×6000
GHP60B18.51380×9801000×1000×8001–25.26100×1400×2000
GHP80B221350×10001100×800×3002–368000×3500×3200
GHP100B371800×10501100×1100×8003–478700×4000×4200
GHP120B371800×10501100×1250×8004–689000×4100×4200
GHP150B372200×10501100×1250×8004–7109950×1565×2900

Note: Technical specifications may change without notice due to ongoing technological advancements.

Projects

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