Can low-sodium silicone be used in equipment or devices that require high temperature resistance?

Low sodium silicone is a modified silicone material with a lower sodium content than ordinary silicone, so it shows superior performance in certain applications. However, whether it is suitable for equipment or devices that need to withstand high temperatures still needs to be analyzed in depth from the aspects of its chemical composition, physical properties and high temperature tolerance.
Low sodium silicone itself has good high temperature resistance. Silicone materials usually have silicon dioxide as the main component, which makes silicone have excellent high temperature resistance. Most silicones can withstand high temperatures between 150°C and 300°C, which makes it possible to use silicone in high temperature working environments. Although low sodium silicone has been specially modified, its core component is still silicon dioxide. Therefore, its high temperature resistance is similar to that of ordinary silicone, and it can maintain good stability and performance in high temperature environments.
Whether the high temperature resistance of low sodium silicone can meet the needs of certain extreme environments also needs to be considered. For example, at high temperatures, the elasticity and mechanical strength of silicone may decrease, especially when it is in contact with high temperature substances or there is a large thermal shock. Therefore, although low-sodium silicone can remain stable in conventional high-temperature environments, it may still be necessary to select materials with higher temperature tolerance in some equipment or devices that require extremely high temperature resistance.
The performance of the physical properties of low-sodium silicone at high temperatures is also important. Silicone may age when exposed to high temperatures for a long time, especially when exposed to high-temperature metals or chemicals, resulting in embrittlement or deformation of the material. In this case, low-sodium silicone may require special surface treatment or use with other materials to improve its high-temperature resistance.
The stability of low-sodium silicone in high-temperature environments is closely related to the reduction of its sodium content. Low sodium content makes silicone more stable when reacting with other chemicals. Reducing the sodium content helps to reduce the reaction rate of silicone with metal materials or other substances at high temperatures, thereby enhancing its high-temperature resistance to a certain extent. Therefore, low-sodium silicone can maintain long-term stability when used in high-temperature environments compared to ordinary silicone.
Low-sodium silicone has a certain ability to withstand high temperatures and is suitable for conventional high-temperature working environments. However, its durability and performance may be limited in extreme high temperatures or large high-temperature fluctuations.