Fluorosilicone can withstand high temperatures of 300°C and low temperatures of -60°C.
1. Characteristics of fluorosilicone
Fluorosilicone is a high-performance elastic material copolymerized by fluorinated alkyl and acrylic silicone. Fluorosilicone has the following properties:
1. High temperature resistance: able to withstand high temperatures to about 300°C.
2. Low temperature resistance: Able to withstand low temperatures to around -60°C without becoming brittle.
3. Radiation resistance: Fluorosilicone can withstand large doses of radiation without morphological changes, oxidation, etc.
4. Chemical resistance: Fluorosilicone can withstand the attack of hydrogen oxide, acid, alkali and some solvents.
5. Good insulation: Fluorosilicone can maintain good electrical insulation properties at high temperatures.
2. Application of fluorosilicone at different temperatures
Due to its ability to withstand high and low temperatures and good chemical properties, fluorosilicone is widely used in seals and materials in various high or low temperature environments.
1. High-temperature applications: Fluorosilicone is usually used in hydraulic seals, auto parts, aerospace and other fields in high-temperature environments.
2. Low-temperature applications: Fluorosilicone is usually used in refrigerator seals, refrigeration equipment, low-temperature sensors and other fields in low-temperature environments.
It should be noted that although fluorosilicone has good performance in both high and low temperature environments, its physical and chemical properties may change at different temperatures. Therefore, when selecting fluorosilicone materials, you need to select the material according to the specific use environment, and pay attention to the temperature range and applicability of the material.
In short, fluorosilicone is a high-performance material that is resistant to high and low temperatures and chemical resistance. It can withstand high temperatures of 300°C and low temperatures of -60°C, while having good insulation and chemical stability. Due to its wide range of applicability and excellent performance, it has been widely used in various high or low temperature environments.

Fluorosilicone compound for transformers