Paper Mill Ragger Wire Shredder

This heavy-duty double shaft shredder is purpose-built to efficiently process pulper ropes, effortlessly reducing their density and tough composition. With razor-sharp blades driven by high-torque motors, it delivers consistent shredding performance, while its durable construction ensures reliable operation in industrial settings. Equipped with safety features and customizable configurations, this shredder offers versatility and safety, making it an ideal solution for waste management and recycling…

Waste from paper mills contains a lot of iron wires. Most of the iron wires are entangled with plastics, which makes it difficult to separate and recycle directly. Therefore, the plastics and iron wires must be broken before recycling, and then separated and recycled. Through the waste shredding and sorting system of the paper mill, the metal, plastic and pulp can be separated from the materials. The metal smelting can be reused, the plastic can be used for re-granulation, and the pulp is used as the raw…

GEP's industrial waste shredder uses the principle of mutual shearing between two opposing rotating cutters to shred industrial waste, reducing the size of the material and providing the right particle size for subsequent processing, with low energy consumption, high throughput, good economy and low maintenance costs. This project is at a comprehensive industrial solids disposal centre in East Asia, customer said that this industrial waste shredder is stable, easy to operate, and the overall output 15-25t/…

Paper mills produce waste materials such as ragger wire and light slag in the production process, whose main components are plastic, steel wire and residual paper pulp. These materials are mixed and entangled with each other, forming large objects that are difficult to split and therefore require high shredding performance of the shredder.A paper mill in Hunan, China, after many visits and comparisons, finally decided to cooperate with GEP, because of the high shear force and shredding capacity of the GEP'…