Product Simple Attributes
Shin-Etsu KF-965-100CS is a high-performance, heat-resistant modified dimethyl silicone oil with excellent thermal stability and low volatility. It is suitable for various high-temperature applications, maintaining stable performance over a wide temperature range.
Product Introduction
Shin-Etsu KF-965-100CS is a clear, transparent, flowing liquid obtained by special processing of dimethyl silicone fluid. Compared to traditional KF-96 silicone oil, it exhibits less thermal degradation and superior thermal stability. This silicone oil can withstand prolonged temperatures of up to 250°C in a closed system and can endurelatility. It is suitable for various high-temperature applications, maintaining stable performance over a wide temperature range. short-term temperatures up to 300°C. It features excellent thermal stability, cold resistance, electrical properties, water resistance, and chemical resistance, as well as demolding, hydrophobic, and defoaming properties.
Product Special Attributes
The special attributes of Shin-Etsu KF-965-100CS lie in its superior heat resistance and low volatility. It exhibits extremely low volatility in high-temperature environments (≤0.5% at 150°C/24h), ensuring stable performance over long-term use. Additionally, this silicone oil has very little viscosity change over a wide temperature range and excellent electrical conductivity. It also has good chemical inertness, making it suitable for a variety of industrial applications.
Application scenarios
Shin-Etsu KF-965-100CS is widely used in various industrial scenarios under high-temperature conditions. It is commonly used as oil baths, heating mediums, and vibration reduction oils for instruments in high-temperature environments, as well as mold release agents for molten metals. Additionally, it is used as electrical insulating oil, lubricating oil, cosmetics, gloss agents, waterproofing agents, heat transfer media, refrigerants, and for resin modification. In the textile industry, KF-965-100CS is used for fiber softening, significantly enhancing the performance and feel of fabrics.