The Performance of PTFE High Temperature Cloth Continues to Improve

It is necessary to continuously increase the specifications and varieties of PTFE high-temperature cloth and improve product quality, strengthen anti-corrosion PTFE high-temperature cloth, cold-resistant PTFE high-temperature cloth, non-slip PTFE high-temperature cloth, tear-proof PTFE high-temperature cloth, and Development of PTFE high temperature cloth such as abrasive PTFE high temperature cloth. For example, in order to adapt to the transportation of highly abrasive materials and increase the service life of PTFE high temperature cloth, foreign countries have developed surface rubber materials with abrasion resistance higher than the German standard, and the abrasion volume reaches 40-60 cubic millimeters.

The belt body of the PTFE high-temperature cloth may sometimes be bent and discounted, which seriously affects the performance of the PTFE high-temperature cloth and is not conducive to safe production. The reasons are as follows: the thickness of the two sides of the high-temperature cloth is different, the thicker side is easy to be elongated, and the inconsistent length will cause bending. The configuration of the glass fiber cloth in the high temperature cloth is unreasonable. The inconsistent collocation of the two sides of the high temperature cloth causes the same force when stretching, and the tightness is different. This will inevitably make the PTFE high temperature cloth bend and be discounted.

At present, foreign countries have developed low-running resistance energy-saving PTFE high-temperature cloth and used it in microwave equipment. Generally, the running resistance coefficient of PTFE high-temperature cloth is 0.01-0.015, while the high-efficiency PTFE high-temperature cloth is around 0.019. It can reduce operating energy consumption by about 25%. It is understood that the newly developed PTFE high temperature cloth is to change the formula to make the PTFE high temperature cloth reduce the rolling resistance like a tire, which can save 15% of power consumption in a year, thereby helping users save energy.