Does Silicone Melt?

Silicone is a synthetic material composed of silicon, oxygen and other elements (such as carbon and hydrogen It is widely used in various industries and everyday life due to its high temperature resistance, corrosion prevention and prevention of chemical leakage in the product Common silicone products include silicone kitchen utensils, baby feeding set，silicone baby toys，medical equipment, electrical seals, etc. Does silicone melt on temperature. of high temperature?

Silicone Heat Insulation
One of the best properties of silicone is its excellent moisture resistance. Generally, the heat resistant temperature of ordinary silicone is between 200°C and 250°C, and some high-performance silicones can even withstand temperatures up to 300°C. Therefore, silicone does not melt at this temperature and retains its shape and properties. However, if the temperature exceeds its upper temperature resistance limit, silicone will not melt like traditional plastics, but will gradually decompose, brittle, and eventually carbonize. The decomposition temperature is usually around 300°C to 400°C.



Melting points of different types of silicone
It is important to note that silicone does not have a defined structure like some metals or plastics. Silicone is a cross-linked polymer with a three-dimensional system structure. When the temperature reaches a certain level, it will not change directly from solid to liquid, but will gradually decrease. This property of silicone makes it useful in many applications where high temperature tolerance is required.


Documentation on Application
Although silicone has high thermal resistance, in practical applications, you still need to pay attention to the temperature when using it Especially when using it in industrial fields or kitchens with high temperatures, you should avoid exposure long at temperatures above its thermal resistance limit. Failure to do so may affect its service life or cause damage.


in conclusion
Silicone does not melt under normal operating temperatures, but exhibits excellent surface temperature. However, at high temperatures, silicone gradually degrades instead of melting like traditional plastics. Understanding the properties of silicon and its thermal limitations is essential for proper application and material selection.