With the improvement of China's industrialization technology and the refinement of industry technology, the traditional internal mixer is far from meeting the market demand, and more Rubber Open Mills are coming out of the market. The challenge of the upper temperature limit of the Internal Mixer is urgent. It has been nearly two years since our industry started to study the work of high temperature resistant internal mixer. After continuous experimental testing, today, our first stage of testing the high temperature internal mixer has passed the testing standards. The index of the first stage of high temperature resistant internal mixer test means that the temperature can achieve a high temperature of about 400 degrees, and it can continue to circulate during 3 hours of heating and constant temperature operation, and the indicated temperature difference is ±3C° and the plane point-to-point temperature difference is ±2C°. work steadily. We will be able to achieve a high temperature of about 600 degrees in the second phase of the ultra-high temperature internal mixer test. We believe that in the near future, we will meet the customer's ultra-temperature requirements of 800 degrees or more. Various needs and various productions, we also have Pressurized Kneader on sale. High-temperature or ultra-high-temperature internal mixers are very strict on temperature control, and have high requirements on the high temperature resistance of peripheral accessories of internal mixer heating media, which is an important breakthrough in the rubber and plastic industry, such as PPS, PA, PAF The high dispersion mixing of high temperature composite materials played an important role. It is also a challenge for us, and it is a kind of innovation in technology! The functions of the internal mixers we produce are many, and there are more Lab TEST Two Roll Mills for sale. In particular, it has unique technological breakthroughs and clinical experience in technical indicators such as high temperature resistance, corrosion resistance, and wear resistance.