Wuhan Green World Technology Co., Ltd.

Company Description

Production line of fine rubber poWuhan Green World Technology Co., Ltd.r 1. project introduction Wuhan green world technology Co., Ltd. has developed the production line technology that at room temperature smashing discarded tires (rubber) into 80-200 mesh rubber power (technology of the company itself, with which the rubber powder average granularity can reach to 250 mesh, the absolute granularity accounting for 70% reaches to 200 mesh). The production lines technology, absorbing all advantages of congener eqipments, have been designed and applied to several enterprises at home and abroad with advanced design concepts as well as strong technical *****, good economical returns have been gotten The productiong line technology adopting different maching methods such as shearing, extruding, grinding, pulling, bumping and so on at different maching phase, makes the technology more scientific, advanced, practical. It breaks through the bottleneck that at room temperature waste tires cann’t be smashed into 200 mesh. The production lines and equipments are characterized by the following: 1. According to the different materials, different additive (or without additives), the production are sorted to ensure the consistent performance of rubber power. 2. The production line technology can deal with not only steel-wire tires, but also fiber tires. Multiprocessing is used to remove steel wires and fibers in tires, which can ensure the purity of rubber power. 3. The entire production line in operation without any pollution: no dust, noise-free, no dispersing fiber in the workshop, no waste water, smoke-free, is 100% environmentally friendly. 4. The technology of smashing rubber power to 200 mesh is originated by the compony, which filling up the blankness of home and abroad in the filed.; the technology successfully solved the rub of heat degradation and mushing with high temperature by using the incorporate method of wind-cooling and water-cooling. 5. The line using late-model, high-