BRS / BRS-H Single Shaft Shredder
Factory-built single shaft shredders for plastics, paper, wood, cable, aluminum, textile waste, and selected industrial waste. Share your material, feed size, target output, and capacity requirement for model selection and quotation.
Screen-controlled output, hydraulic pusher feeding, and BRS / BRS-H configurations for recycling lines that need stable material size reduction.
Machine Selection
BRS is usually selected for regular production scrap, smaller feed size, and controlled-output recycling. BRS-H is better for baled material, larger waste, higher throughput, and longer working hours. Final selection depends on your material form, target output size, and capacity requirement.
Standard configuration
Recommended for medium and smaller material streams where controlled output size is required, such as plastic lumps, products, wood waste, industrial paper, fiber, cable, and aluminum scrap.
Heavy-duty configuration
Recommended for large waste, baled material, industrial waste, RDF/SRF pre-processing, and higher-capacity operation. The longer cutting chamber and swing-arm pressing system improve feeding efficiency for difficult material.
Material Match
Material form matters as much as machine power. Photos, videos, feed size, hardness, density, contamination, target output size, and working hours help confirm whether a single shaft shredder is suitable.
Injection scrap, extrusion waste, film waste, plastic products, lumps, purgings, and baled plastic streams.
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Carpets, workwear, textiles, leather, sponge, foam, and industrial offcuts.
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Wood waste, industrial paper, packaging paper, cardboard, archives, and baled paper waste.
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Copper-core cable, aluminum-core cable, composite cable, aluminum cans, and aluminum chips.
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Selected bulky waste, mixed industrial waste, and RDF/SDF/SRF preparation streams after project evaluation.
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Baled film, bottles, containers, paper, rolls, and oversized hollow products can be evaluated for BRS-H when the feed is large, compressed, or difficult to push steadily into the rotor.
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Core Structure
A shredder should be evaluated as a complete working system. Cutter material, feeding method, screen or discharge design, overload protection, and gearbox drive all affect output stability, maintenance frequency, and long-term operation.
The standard BRS rotor knife uses DC53 alloy with high hardness and wear resistance. Heavy-duty configurations use high-hardness alloy knives for longer service life.
BRS moving knives can be used on four sides before replacement. BRS-H cutter design is selected for longer life under heavy operation.
The pusher feeds material steadily into the rotor and helps improve shredding efficiency. Sloped pusher design helps reduce material retention.
Screen hole size is selected according to output requirements. Round or hexagonal screens can be evaluated for different materials.
PLC control supports automatic overload protection and reverse logic to reduce jamming and manual intervention.
The gearbox, motor, and belt transmission are configured together to deliver stable torque to the rotor. Drive selection should match material load, working hours, and capacity requirements.
Technical Parameters
The tables below show standard reference models. Final configuration may be adjusted according to material, output size, capacity target, site layout, and downstream process.
For regular recycling streams and controlled output size. Final configuration can be adjusted according to material and output target.
| Specification | BRS-600 | BRS-800 | BRS-1200 | BRS-1400 |
|---|---|---|---|---|
| Cutting chamber (mm) | 500 x 580 | 800 x 850 | 1200 x 850 | 1400 x 850 |
| Rotor diameter (mm) | 250 | 400 | 400 | 400 |
| Screen hole (mm) | Dia. 40 customizable | Customizable | Customizable | Customizable |
| Power (kW) | 18.5 + 1.5 | 37/45 + 3.75 | 55 + 5.5 | 75 + 5.5 |
| Overall size (mm) | 1760 x 1300 x 1850 | 2850 x 1760 x 2210 | 2850 x 2560 x 2330 | 2850 x 2760 x 2330 |
| Machine weight (kg) | 2850 | 4150 | 5300 | 5900 |
For larger chamber size, baled materials, heavy waste reduction, and higher-capacity industrial recycling lines.
| Specification | BRSH-1500 | BRSH-2000 | BRSH-2200 | BRSH-3000 |
|---|---|---|---|---|
| Cutting chamber (mm) | 1700 x 1500 | 1700 x 2000 | 1700 x 2200 | 1970 x 3000 |
| Rotor diameter (mm) | 460 | 460 | 600 | 800 |
| Screen hole (mm) | Dia. 40 customizable | Customizable | Customizable | Customizable |
| Power (kW) | 90 + 5.5 | 75 + 75 + 7.5 | 132 + 132 + 11 | 220 + 220 + 11 |
| Overall size (mm) | 2550 x 3750 x 2750 | 2550 x 4350 x 2750 | 2750 x 5640 x 2900 | 2850 x 6950 x 3700 |
| Machine weight (kg) | 13000 | 15500 | 21000 | 30000 |
Single Shaft Shredder Quote
Send photos or videos of your material, plus feed size, target output size, capacity, and working hours. Our engineers will check whether the material can be processed and suggest a suitable BRS or BRS-H configuration.
Project Consultant
Send your material type, approximate feeding size, output target, capacity requirement, and any photos or videos. I will help check the material and discuss the suitable processing route with you.
FAQ
An industrial single shaft shredder is usually selected when the project needs controlled output size, screen-based discharge control, and stable hydraulic pusher feeding for plastics, paper, wood, fiber, aluminum, cable, or selected industrial waste.
BRS is the standard single shaft configuration for regular recycling streams. BRS-H is the heavy-duty version with a larger chamber, stronger configuration, and better suitability for larger, baled, higher-capacity, or more demanding materials.
Yes. Output size is mainly controlled by screen selection, rotor design, material condition, feeding method, and operating configuration. Screen size should be selected according to the downstream process.
A single shaft shredder can be configured for plastic lumps, purgings, film, woven bags, paper, cardboard, wood waste, textile waste, foam, cable, aluminum scrap, and selected industrial waste. Final suitability depends on feed size, hardness, density, contamination, and target output.
A single shaft shredder is better when controlled output size is important because material passes through a screen. A double shaft shredder is usually selected for bulky, mixed, or irregular waste where strong grabbing force and primary volume reduction are more important than fine output control.
For a single shaft shredder quote, please provide material photos or videos, maximum feeding size, material condition, required capacity, target output size, working hours, and the downstream process such as granulation, washing, baling, conveying, or pulping.
