High-temperature resistant mica wire: Simple analysis of the heat resistance of silicone rubber wires and cables

Views: 0     Author: Site Editor     Publish Time: 2021-12-06      Origin: Site

Simply put, the heat resistance of silicone rubber materials is not only related to the type of raw rubber, the content of vinyl (crosslinking density), the type and amount of heat-resistant additives, fillers, etc., but also the pH of the rubber compound. Value and water content are also relevant. Therefore, in the selection of its raw rubber polymerization catalyst, the neutralization of the remaining catalyst after the reaction, the selection of fillers such as silica and their structure control agents also require special attention.

At the same time, for heat-resistant grade silicone rubber materials, when the temperature is higher than 250°C, the increase in hardness will become relatively slow, and the rate of decrease in factors such as tensile strength and elongation at break will also decrease accordingly. . 

Advantages of Silicone Wire and Cable Application  

Silicone rubber performance, advantages of silicone wire, features of silicone wire. Silicone rubber cable: Silicone wire and cable are suitable for high temperature range and harsh environment with rated voltage 0.6/1KV and below. It has excellent high temperature resistance, flame retardant, radiation resistance, and aging resistance. , Ozone resistance, waterproof and other characteristics, and has good cold resistance and weather resistance. It is widely used in lighting, lifting, transportation, machinery, electrical, steel, medicine, metallurgy, ports, mining, physics, storage, aviation, power plants, coking plants, petroleum, chemical and other high-temperature industries. For electrical equipment transmission lines, control and monitoring lines, power connection and control of various mobile power devices, signals, lighting, etc.

Yangzhou Fongming Cable Factory, a mid-to-high-end mica wire manufacturer, pays attention to the world situation and hot spots in the world.