Author: Andrew Cheng

In the plastic recycling industry, blade sharpness directly affects machine performance, production efficiency, material quality, and operating costs. Whether used in plastic granulators, crushers, or shredders, worn or dull blades can lead to excessive dust, unstable output size, higher energy consumption, and reduced production capacity.
As electronic waste continues to grow worldwide, efficient material recovery has become more important than ever. In this video, we showcase a customized Eddy Current Separator system specifically engineered for high-performance non-ferrous metal recovery from crushed E-waste materials.
High-capacity plastic film shredding and crushing line designed for PP and PE film recycling at up to 1 ton per hour. Capable of processing loose films and entire bales, the system delivers efficient shredding, uniform crushing, and continuous material handling for washing, pelletizing, and downstream recycling applications.
This single-shaft shredder, commissioned in Thailand, demonstrates powerful and versatile performance across multiple materials, including films, PET bottles, and wood. With high throughput, stable operation, and efficient size reduction, it delivers reliable results for modern recycling and industrial applications.
Welcome to one of our latest project sites in Georgia, where we successfully installed a complete, high-efficiency plastic recycling system for processing both HDPE and PET bottles. Designed for performance and reliability, this integrated line delivers a throughput capacity of up to 500 kg per hour, making it an ideal solution for modern recycling operations.