The processing technology according to which the endurance plate is excellent in friction resistance and fatigue resistance?

Although the endurance plate is a common application of green buildings, but in order to better get a large number of customers, the endurance plate manufacturers should use some processing technology to improve the friction resistance and fatigue resistance of the endurance plate, and now I will give you a detailed introduction of how to make the endurance plate in friction resistance and fatigue resistance according to the processing technology to do well?

According to the research on the friction performance caused by the different production and processing standards of the endurance plate, it was found that the wear rate was relatively small when the rolling orientation vertically bisecting the flow orientation of the melt, and then the injection time was five seconds; The melt temperature is two hundred and ninety degrees; The mold temperature of 80 degrees, and the rolling azimuth parallel plane in the melt flow azimuth are some of the main parameters of the endurance plate wear rate.

We will carry out anti-fatigue experiments on the endurance plate and find that in the fatigue brittle fracture surface of the nylon material of the long glass fiber endurance plate, the glass fiber is still encapsulated by the substrate, and in the fatigue brittle fracture surface of the glass fiber to enhance the polycarbonate, the glass fiber foundation has long been separated from the PC substrate. That situation shows that the key effort between the glass fiber and PC is much lower than the key effort in the middle of the PA, which shows that the fatigue resistance of the PC endurance board is relatively strong.

With the above experimental data information, we know which endurance plate is good, and its friction resistance and fatigue level is relatively excellent. To promote the endurance plate in different main uses can fully play a stronger and stronger role.