Shredder
Our range of high-performance waste shredders is designed to efficiently process various types of waste materials, including wood, plastics, metals, and more. Whether you're in the recycling industry, waste management, or manufacturing, our shredders offer reliable solutions to meet your specific needs.
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| Product | Key Parameters |
|---|---|
| Hook-Type Primary Shredder | Processes bulky solid waste with high torque and robust blades for construction debris, municipal waste, and pre-treated hazardous materials. Motor power: 55–315 kW Rotor diameter: 800–1400 mm Torque: up to 100 kNm Throughput: 2–20 tons/hour depending on model and waste type. |
| Rotary Shear (Double Shaft) | Provides controlled particle size output for industrial solid waste and packaging materials requiring consistent sizing. Motor power: 75–250 kW Rotor length: 800–1200 mm Cutting force: 50–80 kN Throughput: 1.5–15 tons/hour. |
| Three/Four Shaft Rotary Shear | Offers cutting precision and automatic reverse function for fine shredding and secure destruction of sensitive materials. Motor power: 90–355 kW Rotor diameter: 600–800 mm Cutting shafts: 3 or 4 Throughput: 2–18 tons/hour. |
| Fine Shredder for Biomass and General Waste | Produces uniform particle sizes used in biofuel production and RDF/SRF preparation. Motor power: 45–250 kW Rotor diameter: 500–900 mm Screen size: customizable 10–50 mm Throughput: 1–12 tons/hour. |
| Fine Shredder for RDF/SRF | Designed for refuse-derived fuel applications, with efficient and optimized output for combustion systems. Motor power: 90–315 kW Rotor diameter: 600–1000 mm Screen size: 5–40 mm Throughput: 2–16 tons/hour. |
| Tub Grinder – Primary Biomass Shredder | Shreds woody biomass and agricultural waste with adjustable screens to achieve particle sizes suitable for bioenergy systems. Motor power: 132–400 kW Drum diameter: 1000–1600 mm Screen size: 20–80 mm adjustable Throughput: 3–20 tons/hour depending on feedstock. |
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MSW typically contains bulky, mixed materials including plastics, paper, textiles, and organic waste. The Hook-Type Primary Shredder is used to reduce the size of large items like furniture, construction debris, and bulky trash. Its high torque (up to 100 kNm) and throughput capacity (2–20 tons/hour) enable efficient primary shredding to prepare waste for further processing or sorting. This reduces landfill volume by 30–50% and improves handling efficiency downstream.
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Producing Refuse-Derived Fuel (RDF) or Solid Recovered Fuel (SRF) requires consistent particle size and high calorific value. The Fine Shredder for RDF/SRF processes shredded waste into uniform particles sized 5–40 mm. This facilitates smooth feeding into combustion systems and optimizes energy recovery. Typical throughput is 2–16 tons/hour, ensuring large-scale fuel preparation with stable quality that meets international fuel standards.
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Woody biomass, branches, and agricultural residues are processed by the SVL Tub Grinder, which features adjustable screens (20–80 mm) to produce material suitable for bioenergy and pellet production. With motor power from 132 to 400 kW and throughput up to 20 tons/hour, it supports large-scale biomass plants, reducing feedstock size to improve combustion efficiency and fuel uniformity.
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Industrial and hazardous wastes such as chemical containers, oily sludge solids, and solidified residues require secure size reduction and homogenization. The Three/Four Shaft Rotary Shear delivers precise shredding with automatic reverse to prevent jams and ensure continuous operation. It achieves throughput of 2–18 tons/hour, reducing volume and preparing waste for safe disposal or incineration while minimizing operator exposure.
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For medical waste like sharps, contaminated textiles, and single-use plastics, secure shredding is crucial before sterilization or destruction. The Fine Shredder for Biomass and General Waste processes medical waste into uniform pieces sized 10–50 mm, improving sterilization efficiency and reducing volume by up to 70%, facilitating safer handling and disposal.
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Electronic waste and plastic packaging require shredders capable of handling mixed materials with varying hardness. The Rotary Shear (Double Shaft) provides consistent shredding with a cutting force of 50–80 kN and throughput up to 15 tons/hour. This reduces bulk and prepares materials for downstream recycling or incineration, enabling resource recovery and volume reduction.
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