Insulation rubber pad for distribution room

The safety protection problem of the rubber pad manufacturer: because the reaction of reactive oxygen and rubber pad is carried out on the surface of rubber pad, it is the way that everyone starts to choose to choose the method of physical safety protection to set natural barrier on the surface to avoid the contact between the active oxygen and rubber pad. Many years of practice found that the physical safety protection method can only achieve the static data application of rubber pad products, which is not meaningful for the dynamic rubber pad products, and the organic chemical safety protection method is effective.
The effect and principle of physical safety protection: it is to say that the physical safety protection method is to spray a layer of stone wax on the surface of rubber pad products to produce protective film, or add stone wax to the plastic particles to spray it out of the rubber pad surface, and prevent the contact between the active oxygen and the rubber pad surface. Wax used to prevent reactive oxygen is composed of stone wax and microcrystalline wax.
The effect and principle of organic chemical safety protection of rubber pad: organic chemical safety protection is the way of using organic substance added to rubber pad, which can protect the embrittlement of vulcanized rubber active oxygen by chemical change. Organic compounds with such functions are called organic chemical anti active oxygen agents. It was found that the acrone antioxidant also had the function of anti oxygen and ozone, and phenol antioxidant did not have such effect except for some kinds. There are still some limitations on the mechanism of the action of the rubber pad anti active oxygen agent. Many experts and scholars have clearly proposed the principle according to their own scientific research results. This principle includes: the basic theory of rubber pad remover, the basic theory of protective film of rubber pad, the basic theory of surgical suture of insulating rubber plate The basic theory of self healing of oil resistant rubber plate.