Silicone Rubber Sorting Machine

The Silicone Rubber Sorting Machine achieves precise separation of plastic from silicone rubber, wood, adhesive paper, and dust by exploiting the differences in friction and collision coefficients, resulting in varied motion speeds and bounce trajectories on an inclined surface. Utilizing elasticity and friction properties, this dry physical sorting method operates with low noise, minimal dust, and no environmental impact. Featuring multi-stage sorting for one-time removal of impurities, vertical design with small footprint, and compatibility with multiple materials, it is ideal for processing mixed plastics after metal removal, including electronic waste, automotive crushing materials, electric vehicles, toys, furniture, and household appliances, with a sorting capacity of approximately 1.5-2 tons per hour.

Advanced Silicone Rubber Sorting Technology

The Silicone Rubber Sorting Machine achieves separation of plastic and silicone rubber through differences in motion speeds and bounce trajectories on inclined surfaces, based on varying friction and collision coefficients. It effectively removes silicone, rubber, wood, adhesive paper, and dust from waste plastic.

Key Features

Dry Physical Sorting: Low noise, minimal dust, no environmental impact
Multi-Stage Process: One-time separation of silicone, rubber, and other debris
Customizable Removal: Removal rate adjustable per customer needs
Vertical Design: Small footprint with easy maintenance access
Material Compatibility: Works with multiple material types

Applications

Suitable for mixed plastics after metal removal, including:

Electronic waste crushing plastics
Automotive crushing miscellaneous materials
Electric vehicle and toy crushing materials
Furniture and household appliance crushing materials
Direct crushing and drying for large mixed plastics

Technical Excellence

With sorting ability of approximately 1.5-2 tons per hour and stable operation, this machine provides efficient separation for high-quality plastic recycling.