C&I Waste Recycling System

To initially reduce the size of bulky and complex mixed waste, with high torque and robust construction for primary, first-stage shredding.

To transport shredded materials between the different shredding stages, with a stable and continuous conveying surface suitable for various fragment sizes.

To perform intermediate shredding on pre-shredded materials, with optimized cutter design for further size reduction and preparation for magnetic separation.

To automatically extract ferrous metals from the shredded material stream after secondary shredding, with high recovery efficiency to purify the feedstock and protect downstream equipment.

To finely shred materials into uniform, small-sized fragments ideal for alternative fuel production, with precision control over final output size.

To compress the finely shredded and purified material into dense, rectangular SRF bales, with high-pressure compaction for optimal density, handling, and transportation efficiency.

To perform primary shredding of mixed solid waste, utilizing low-speed, high-torque shearing to break down bulky and complex materials.

To continuously transport shredded materials between processing stages, providing a stable and efficient flow that connects the entire production line.

To conduct further intermediate shredding, refining the particle size to prepare the material optimally for subsequent sorting and fine shredding.

To automatically extract ferrous metals from the shredded material stream, effectively purifying the combustible fraction and protecting downstream equipment.

To separate light materials (such as films and foams) from heavier fragments using controlled airflow, significantly enhancing the purity and calorific value of the fuel-bound stream.

To finely shred the sorted materials into uniform, small-sized particles suitable for RDF production, with adjustable screens for precise final size control.

To compress and mold the fine, high-calorific shred into dense, standardized RDF pellets, ensuring consistent shape and combustion properties.

To compress materials into dense, regular bales for efficient storage and transportation, offering an alternative product form to fuel pellets.

To capture and filter airborne dust generated throughout the shredding and conveying processes, maintaining a clean production environment and ensuring environmental compliance.