Fomblin® Y 25

Fomblin® Y 25 exhibits outstanding resistance to thermal stress, oxidation, and electrical conductivity, making it exceptionally well-suited for demanding environments, including those involving pure oxygen. Its non-flammable nature and chemical inertness ensure complete compatibility with metals, plastics, and elastomeric materials, offering reliable performance and safety across a wide range of applications.

Technical Data Sheet for Fomblin® Y 25

Key Functions of Fomblin® Y 25

• Excellent heat resistance, oxidation resistance and electrical insulation: Fomblin® Y 25 operates stably in high temperature, strong oxidizing and electrical environments, providing optimal protection for equipment.
• Highly compatible with many materials: The product does not react with metals, plastics, rubber and elastomers, ensuring safety when used in many different systems and applications.
• Extremely low volatility: The evaporation rate of Fomblin® Y 25 is very small, helping to extend the service life and minimize losses during operation.
• Chemical inertness: With its inert properties, Fomblin® Y 25 does not react with most chemicals, providing stable and safe performance in harsh environments.
• Excellent stability at both high and low temperatures: Fomblin® Y 25 maintains its physical and chemical properties even when operating at extreme temperatures, from deep cryogenic environments to prolonged high temperatures.

Benefits of Fomblin® Y 25

• Effective in a wide temperature range: Fomblin® Y 25 maintains its stability even at very high and very low temperatures, meeting demanding operating requirements.
• Completely unreactive to oxygen: With its absolute inertness, the product does not oxidize or lose performance when exposed to oxygen, making it ideal for applications in oxygen-rich environments or where high levels of cleanliness are required.
• Outstanding non-flammability: Fomblin® Y 25 is naturally fire-resistant, ensuring maximum safety in environments that are flammable or subject to strict fire protection requirements.