Xrido SRF Shredder for Industrial Waste Textile Leather Cloth

SRF (Solid Recovered Fuel) is an alternative fuel made from waste after pretreatment, composed of renewable resources such as municipal solid waste, industrial waste, and agricultural waste. Through sorting, crushing, drying, and molding processes, these wastes are transformed into high calorific value solid fuel for power generation or heating.

The SRF shredder processes solid waste based on the principle of low speed, high torque, and rotary shear. Materials enter the shredding box where blades tear them into small pieces, which are then discharged through screen holes.

• Efficient volume reduction - Reduction rate exceeding 70%, lowering transportation and landfill costs
• Resource adaptation - Crushed materials are easier to sort for improved resource utilization
• Intelligent environmental protection - Integrated monitoring systems ensure stable operation and reduced emissions
• Imported wear-resistant blades for high energy efficiency and reliability
• Large crushing force with high output, low noise, and excellent stability
• Durable construction suitable for harsh industrial environments

• Leather/textile waste: Clothing factory scraps, waste fabrics
• Papermaking light residue: Requires magnetic separation for metal removal
• Wood product waste: Scraps, sawdust with high calorific value

• Combustible light materials: Waste plastics, paper, fabrics
• Packaging waste: Plastic bottles, foam requiring crushing

• Straw/rice husk: Requires compression for increased density
• Garden waste: Branches, leaves needing drying

• Waste oil sludge: Requires dehydration
• Mixed industrial waste: Rubber/plastic mixtures needing fine crushing

Collect industrial waste (textiles, leather, fabrics) and remove non-flammable impurities through manual/mechanical sorting and magnetic separation.

Primary crushing to 5-10 cm fragments with moisture control. Fine sorting using drum screens and magnetic equipment to separate metal fragments.

Rotary drying at 180-220℃ to reduce moisture below 12%. Secondary crushing to 1-3 cm particles with metal detection.

Proportional mixing in double-shaft mixer with binders. High-pressure forming (80-120 MPa) with cooling for at least 25 minutes.