Chemical Name: Polymethylethylsiloxane

Technical Specifications:

• Appearance: Colorless, odorless transparent liquid

• Viscosity at 25°C: 9.5-10.5 cps

• Density at 25°C: 0.92-0.94 g/cm³

• Flash Point: >180°C

• Pour Point: < -85°C

Performance Characteristics:
IOTA 20569 ethyl silicone oil demonstrates exceptional performance characteristics that make it suitable for demanding applications. Its low viscosity provides excellent fluidity while maintaining a high flash point for operational safety. The extremely low pour point enables reliable performance in extreme cold environments.

The material exhibits complete miscibility with mineral oils and synthetic oils, overcoming compatibility limitations of conventional silicone oils. It maintains excellent dielectric properties, making it suitable for electrical applications. The silicone oil shows remarkable chemical stability, resisting reactions with strong acids and alkalis, except concentrated sulfuric acid and hydrofluoric acid.

Application Areas:
This specialty silicone oil serves multiple industrial sectors:

• Thermal management systems as efficient heat transfer fluid

• Electronics cooling for high-power radio equipment

• Automotive and aerospace applications including damping fluids and lubricants

• Chemical processing equipment requiring corrosion resistance

• Cosmetic formulations as base material for creams and additives

Technical Advantages:
The product offers significant advantages over conventional silicone oils, particularly in compatibility with organic materials and low-temperature performance. Its combination of low viscosity and high flash point provides both performance efficiency and safety. The wide operational temperature range from below -85°C to above 180°C makes it suitable for extreme environment applications.

Industrial Significance:
IOTA 20569 addresses the growing need for advanced thermal management materials in high-tech industries including electronics, electric vehicles, and aerospace. Its unique properties enable improved performance and reliability in demanding applications where conventional materials face limitations.