Fine Shredder for RDF/SRF is designed to efficiently process refuse-derived fuel and solid recovered fuel, producing uniform particle sizes for energy recovery and downstream applications. Equipped with modular rotor and knife assemblies, heavy-duty cutting chambers, and high-capacity motors (132–400 kW), it handles bulky, fibrous, and high-moisture waste including plastics, rubber, textiles, and industrial residues. Adjustable shredding parameters, wear-resistant components, and integrated safety features ensure consistent output, reliable operation, and minimal maintenance, making it an ideal solution for RDF/SRF production, waste pre-treatment, and industrial waste processing.

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Main Technical Parameters

Note: The above data are standard configurations for typical models and can’t be taken as the only principle for type/model selection, and such facts as kind of wastes and their states, type of package, expected size after shredding etc. should also be taken into consideration, actual data are subject to adjustment according to specific requirements. More models and configurations are for inquiry and for face-to-face discussion.

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Fine Shredder Key Features

1. High-Capacity Shredding: Processing capacity ranges from 3–15 t/h, depending on model and feedstock. Enables continuous operation in high-throughput RDF/SRF production lines.

2. Adjustable Output Size: Particle size can be set between 30–100 mm, ensuring compatibility with downstream combustion systems and optimizing energy recovery.

3. Heavy-Duty Construction: Cutting chamber lined with wear-resistant steel; rotors and knives designed for abrasive and fibrous waste. Supports 24/7 operation with minimal downtime.

4. Powerful Motor Options: Motors from 132–400 kW provide sufficient torque to shred bulky, high-moisture, or compacted materials.

5. Modular Design: Rotor and knife modules can be replaced individually, reducing maintenance time to under 2 hours for routine servicing.

6. Safety and Automation: Integrated PLC control and overload protection minimize operator risk and prevent unplanned shutdowns.

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Get Your RDF/SRF Solution

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Fine Shredder Applications

1. RDF/SRF Fuel Production: Adjustable output size and high shredding efficiency produce uniform fuel particles for rotary kilns, gasifiers, or fluidized bed systems, preventing clogging and uneven combustion while ensuring stable energy output.

2. Industrial Waste Processing: High-capacity shredding with wear-resistant components reduces the volume of plastics, rubber, and industrial waste, lowering logistics and handling costs and improving downstream processing efficiency.

3. Waste Pre-Treatment: Powerful motor and modular rotor/knife design break down bulky, fibrous, or high-moisture waste to manageable sizes, reducing load on conveyors and separators and enhancing overall plant throughput.

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Why Choose Our RDF/SRF Fine Shredders

1. The FS series features modular rotor and knife assemblies that can be replaced individually, minimizing downtime. Detailed maintenance schedules, part lifetimes, and spare parts availability ensure continuous, high-throughput operation.

2. Our shredders meet CE and ISO standards, with integrated safety features including overload protection, emergency stops, and interlocks. These measures guarantee safe operation and compliance with international waste management regulations.

3. The equipment produces uniform particle sizes, reducing downstream blockages and equipment wear. It efficiently handles RDF, SRF, industrial plastics, rubber, textiles, and bulky fibrous waste, ensuring smooth operation for energy recovery or recycling processes.

4. Beyond RDF/SRF fuel production, the FS series supports industrial waste processing, pre-treatment, recycling centers, and biomass processing. Adjustable shredding parameters allow customization for different materials, improving energy yield, combustion stability, and overall plant throughput.

5. We provide real-world application data, model comparisons, and technical guidance to help select the right shredder for specific waste types and processing capacities.