Henan Zhongying Rubber Technology Limited Company

Name: Rubber Fine Milling Machine Model: ZQCF-F400-ZY-C Norm (mm): 1250*700*1210 Capacity (kg/h): 80-150 Weight (t): 1.024 Power (kw): 15 Input size (mm): 1-3 Output size (mm): 0.75-0.075 Henan Zhongying Rubber Technology Limited Company specializes in eco-friendly rubber equipment and the development, research and production of the waste rubber products. The self-developed production line, which integrates the environmental protection, energy saving, recycling of the new technology and new materials. And its core technologies have obtained 10 national patents. The comprehensive recycling production line of the waste tires can completely separate and achieve 100% reuse of the three main raw materials contained in the tires: rubber, steel, wires and the fibers under the normal temperature and produce 30-200 meshes fine high-quality rubber powder. Our equipment is reliable and safe, which also achieves high automation. The whole process is carried out hermetically, which contributes to clean work environment, clean production and the utmost reuse of waste tires and other rubber productions. The quality of the fine high-quality rubber powder meets the standards for the high quality products. They can be widely used in the area of chemistry, transportation, architecture, plastic and rubber production. By the use of "rubber reducer", waste rubber can be restored to its original state, which could finally achieve recycling. Main uses: The machine is applied to mill the 1-3mm rubber granules into 0.75-0.075mm (30-200mesh) fine rubber powder. Construction Features: 1.Low power, high output, low noise, small vibration; 2.It is equipped with special grinding disk, which is easy to dismantle and install, and which has long service life; 3.It is equipped with inner water cooling structure, which can effectively avoid the rubber become sticky and burned during high speed friction; 4.It adopts the automatic controlling method, which can automatically arrange the fineness degree according to the relevant parameters.