The high voltage resistance of fluorosilicone (especially fluorosilicone rubber) is one of its important electrical properties. The following is a detailed analysis of the high voltage resistance of fluorosilicone:


1. Overview of high voltage resistance
Fluorosilicone has excellent high voltage resistance and can maintain stable insulation performance under high voltage environment. This is due to its special molecular structure and chemical composition, which makes fluorosilicone less prone to breakdown or aging under high electric field strength.

2. High voltage resistance performance
The high voltage resistance of fluorosilicone is generally better than that of ordinary silicone rubber and some other elastomeric materials. Under high voltage environment, fluorosilicone can maintain a low dielectric constant and high resistivity, thereby ensuring good insulation performance. In addition, the electrical properties of fluorosilicone are stable under high voltage and are not easily affected by environmental factors such as temperature and humidity.

3. Factors affecting high voltage resistance
Molecular structure: The molecular structure of fluorosilicone contains silicon-oxygen bonds and fluorine atoms. This structure makes fluorosilicone have low polarity and high resistivity, thereby improving its high voltage resistance.
Crosslinking density: Appropriate crosslinking density can improve the strength and elasticity of fluorosilicone, and also help improve its high voltage resistance. Too high or too low crosslink density may have an adverse effect on high voltage resistance.
Additives: Certain additives, such as fillers and vulcanizers, may affect the high voltage resistance of fluorosilicone. Therefore, the type and amount of these additives need to be carefully considered when designing the formula.
Environmental factors: Environmental factors such as temperature and humidity may also affect the high voltage resistance of fluorosilicone. Under high temperature or high humidity environment, the electrical properties of fluorosilicone may change, thereby affecting its high voltage resistance.

4. Application Examples
Due to its excellent high voltage resistance, fluorosilicone is widely used in occasions requiring high insulation performance. For example:
Electronic and electrical industry: used to manufacture insulation layers of wires and cables, seals and insulation parts of high-voltage electrical appliances.
Aerospace: used to manufacture seals and insulation parts of electrical systems and electronic equipment on aircraft and rockets.
Automotive industry: used to manufacture high-voltage cables and connectors in automotive electrical systems.

5. Summary
In summary, fluorosilicone has excellent high voltage resistance and can maintain stable insulation performance under high voltage environment. This characteristic makes fluorosilicone have a wide range of application prospects in the fields of electronics, aerospace and automobile industries. When selecting fluorosilicone materials, it is necessary to consider the influence of its molecular structure, cross-linking density, additives and environmental factors on high voltage resistance to ensure the reliability and stability of the material in practical applications.