EVA, Plastics, Shoes Materials, PCB & IC Board Applied Materials Recycling System

Professional TM-600 & CCM-518 Turnkey Grinding Solution for Electronic Waste and Plastic Recycling with 10-325 Mesh Fineness Capability

Eva, Plastics, Shoes Materials, PCB, IC Board Applied Materials Recycling System - Eva, Plastics, Shoes Materials, PCB, IC Board Applied Materials Recycling System / TM-600 & CCM-518
  • Eva, Plastics, Shoes Materials, PCB, IC Board Applied Materials Recycling System - Eva, Plastics, Shoes Materials, PCB, IC Board Applied Materials Recycling System / TM-600 & CCM-518

Eva, Plastics, Shoes Materials, PCB, IC Board Applied Materials Recycling System

TM Series

  • Fineness: 10 ~ 325Mesh (Due to different characteristics, the data is for reference only and would be varied).
  • Capacity: According to different characteristics of materials and equipment, the data would be changed.


Application

Treatment
  • Grinder
Material Properties
  • Non-Oily
Fineness
  • 10mesh ~ 325mesh
Capacity
  • 50kg ~ 1000kg
Production Methods
  • Turnkey

Struggling with Heat Buildup When Grinding EVA Foam and Plastic Waste?

Mill Powder Tech's integrated cooling system CCM-518 solves the critical challenge of processing heat-sensitive materials like EVA foam scrap, plastic waste, and shoe materials. Our specialized grinding technology prevents material melting and clogging while maintaining consistent particle size from 10 to 325 mesh. With proven success in processing EVA, PVC, PE, PU, TPE, foam sponge, and leather waste, our system maximizes your recycling yield and product quality. Request a free material testing and feasibility study to optimize your plastic recycling operation.

Engineered with Taiwan's precision manufacturing standards and backed by 70 years of powder technology expertise, this materials recycling system incorporates specialized grinding mechanisms optimized for challenging recycling applications. The system handles diverse materials including ABS, PVC, PE, PU, TPE, rubber, resin, fiberglass, ceramic, leather waste, foam sponge, brake pads, metal scrap, and oyster shells. The integrated cooling technology prevents heat-sensitive materials from degradation during the pulverizing process, ensuring consistent particle size distribution and material quality. Our turnkey approach provides complete installation, commissioning, and technical support, enabling recycling operations to maximize material recovery rates, reduce waste disposal costs, and create value from previously discarded industrial materials while meeting environmental compliance requirements.