Fomblin® M 60

Fomblin® M 60 is a fluorinated industrial oil based on PFPE (Perfluoropolyether), specially formulated to withstand high chemical exposure and temperatures. The product features unique characteristics, such as a good viscosity index and very low volatility.

Technical Data Sheet for Fomblin® M 60

Functions of Fomblin® M 60

• High Purity: Manufactured to high purity standards, ensuring minimal substances that could affect performance or application.
• Chlorine Resistance: Can withstand exposure to chlorine or chlorine-containing substances without degradation.
• Sour Gas Resistance: Resistant to sulfur-containing gases (sour gases) that can cause corrosion.
• Good Glycol Resistance: Resists degradation when exposed to glycol-based substances commonly found in coolants and hydraulic fluids.
• Biofuel Resistance: Withstands exposure to biofuels without significant degradation.
• Fuel Resistance: Compatible with common fossil fuels such as gasoline and diesel.
• Alkali Resistance: Resists deterioration alkaline substances.
• Acid Resistance: Protects against deterioration acidic substances.
• Alcohol Resistance: Withstands exposure to alcohols (e.g., ethanol, methanol).
• Mineral/Synthetic Oil Resistance: Compatible with both mineral and synthetic oils.
• Detergent Resistance: Resists degradation when exposed to detergents.
• Hydrolysis Resistance: Prevents deterioration caused by water absorption over time (hydrolysis).
• Low Moisture Absorption: Minimizes moisture absorption, maintaining performance in humid conditions.
• Dielectric Properties: Possesses insulating properties, making it suitable for electrical applications.
• Non-Flammable: Does not ignite easily, increasing safety in fire or explosion-prone environments.
• Light Stability: Resists degradation light exposure, including UV light.
• Transparent: Allows light to pass through, beneficial for applications requiring optical clarity.
• Radiation Resistance (Gamma): Resists damage gamma radiation, ideal for nuclear and medical applications.
• Low Temperature Flexibility: Maintains flexibility and performance in low-temperature environments.
• Good Temperature Stability: Retains properties and performance across a wide temperature range.
• High Temperature Resistance: Withstands high temperatures without significant degradation.

Applications of Fomblin® M 60

Industrial Applications

Aerospace