Applicable Materials: Scrap steel bales, iron briquettes, metal chip briquettes, baled aluminum cans, baled auto shredder scrap, light-gauge baled scrap, stainless steel briquettes, aluminum bales, copper briquettes, and other baled metal materials produced by metal balers (size range: 400×400mm to 600×600mm and below).
Key technical information for quick evaluation.
Briquette Shredder Main Machine Structure Diagram
Haoxing Machinery's Bale Shredder, also known as the Metal Briquette Shredder, is a specialized dual-shaft shear shredder designed for the pre-shredding of baled scrap metal. The machine efficiently processes dense briquettes (typically ranging from 400×400mm to 600×600mm) produced by metal balers, breaking them down into smaller, manageable pieces through tearing, squeezing, and intermeshing shear action. The resulting fragments are ideally sized for secondary crushing (e.g., in a scrap steel hammer mill) or direct furnace charging. This equipment is a reliable solution for volume reduction and a critical pre-processing stage that enhances overall recycling line productivity.
hxss1200 model easy-open can compaction shredder shredding operation video：
HXSS1200 Easy-to-Crush Can Shredder Manufacturer Shipping Video：
Front, side, and elevation structure of the hxss1200 briquette shredder
The Bale Shredder comprises a feed hopper, shredding cutter shafts, gearbox, motor drive system, heavy-duty base frame, and electrical controls.
Feeding: Metal bales are loaded into the spacious feed hopper via conveyor or grapple. The hopper opening direction and dimensions can be custom-designed to match specific bale sizes, ensuring smooth entry into the cutting chamber.
Dual-Shaft Shredding: Inside the chamber, two parallel shafts driven by gear motors through heavy-duty gearboxes rotate at low speed in opposite directions. High-strength alloy blades mounted on the shafts intermesh, applying intense tearing, squeezing, and shearing forces to progressively break the dense bales into smaller fragments.
Discharge: Properly sized pieces fall through the cutter clearance and are discharged via conveyor for downstream processing (e.g., feeding a hammer mill) or direct collection. Output size can be adjusted to meet subsequent process requirements.
HXSS1200 Block Crusher Chamber Structure
Gear Motor Drive, Low Speed & High Torque
Driven directly by gear motors, the shredder operates at low rotational speeds with exceptional torque, easily handling the high-density loads of compacted metal bales. Operation is characterized by low noise and vibration, ensuring safe and reliable performance.
Specialized Pre-Shredding for Optimized Line Efficiency
As a dedicated pre-shredding solution, the machine produces uniformly sized fragments that significantly reduce the workload on downstream hammer mills, boosting overall line capacity and extending the service life of secondary crusher wear parts. Output can also be used directly as furnace feedstock.
Robust Steel Frame, Stable & Durable
The shredder is mounted on a heavy-duty base and work platform constructed from high-strength welded steel. This rigid structure provides exceptional stability and impact resistance during continuous heavy-load operation.
Customizable Feed Hopper for Maximum Adaptability
The orientation and dimensions of the feed hopper and inlet can be tailored to the customer's exact bale specifications, ensuring all sizes of scrap briquettes are accepted without pre-breaking.
Integrated Mechanical-Electrical-Hydraulic Control, User-Friendly
An integrated PLC control system with a touchscreen interface provides intuitive monitoring and operation. The system is simple to learn and facilitates convenient daily maintenance.
Parameter description diagram for Bale Shredder | Scrap Metal Bale and Aluminum Bale Shredding Machine | Haoxing Machinery:
| Model | Cutter Shaft Size (mm) | Blade Qty | Motor Power (kW) | Feed Opening (mm) | Capacity (t/h) | Weight (t) |
|---|---|---|---|---|---|---|
| HX-PS600 | φ350 x 600 | 24 | 22 x 2 | 700 x 600 | 3 - 6 | 4.5 |
| HX-PS800 | φ400 x 800 | 32 | 37 x 2 | 900 x 800 | 6 - 10 | 7.0 |
| HX-PS1000 | φ450 x 1000 | 48 | 55 x 2 | 1100 x 1000 | 10 - 18 | 10.5 |
| HX-PS1200 | φ500 x 1200 | 60 | 75 x 2 | 1300 x 1200 | 18 - 25 | 14.0 |
| HX-PS1500 | φ600 x 1500 | 72 | 110 x 2 | 1600 x 1500 | 25 - 40 | 19.0 |
Note: Capacity depends on bale density, material hardness, and output size requirements. Custom configurations and integrated feeding/discharge conveyor systems are available upon request.
Pre-shredding of baled scrap at metal recycling facilities.
Steel mill furnace feed preparation.
On-site shredding at metal baling and packaging stations.
Pre-crushing of baled ELV (End-of-Life Vehicle) scrap.
Recovery and processing of non-ferrous (aluminum, copper) briquettes.
Find common questions about scrap metal crushers, shredders, recycling lines, equipment selection, capacity configuration and operation requirements.
A single-shaft shredder is suitable for more uniform size reduction and controlled discharge size. A dual-shaft shredder provides higher torque and is better for bulky, mixed, or harder scrap materials.
Crushed materials can be graded according to particle size, metal purity, impurity level, and cleanliness. Cleaner materials usually have higher recycling value and may be classified into higher-grade recycled materials.
A complete bale shredding line usually includes a feeding conveyor, bale shredder, discharge conveyor, magnetic separator, dust removal system, and electrical control cabinet. The final configuration depends on the raw material and output requirements.
Leave your question about material type, capacity, equipment model or recycling line configuration.
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