color-1
CAS 68037-59-2 Silicones Fluid

Silico® | FF9020 Fluorosilicone Fluid 10000~13000 cSt

Silico® FF9020 is a 100% active fluorosilicone polymer combining the benefits of fluorocarbons and silicones. It offers strong antifoam properties, chemical resistance, oxidation stability, low surface tension, and a high flash point for demanding applications.

Product Introduction

Silico® FF9020 is a 100% active fluorosilicone polymer designed for use in demanding industrial applications. It combines the key advantages of fluorocarbon and silicone chemistries, offering superior performance in harsh environments.

Key Benefits of Silico® FF9020

  • Excellent Antifoam Performance: Delivers fast-acting and long-lasting foam control in challenging chemical systems.

  • Outstanding Chemical Resistance: Insoluble in chlorinated solvents and stable in the presence of aggressive chemicals.

  • Oxidation Stability: Maintains performance under oxidative conditions and extended thermal exposure.

  • Low Surface Tension: Enhances wetting, spreading, and surface activity across a wide range of substrates.

  • High Flash Point: Ensures improved safety and thermal stability in high-temperature processes.

Silico® fluorosilicone fluids are ideal for applications requiring resistance to fuels, solvents, and extreme temperatures, making them a preferred choice in aerospace, automotive, industrial processing, and electronics.

Technical Specifications

Property FF9020-10000 FF9020-13000
Appearance Colorless to straw clear liquid
CAS No. 63148-56-1
Viscosity @ 25°C (cSt) 10000 13000
Volatile Component (200°C, 4h) <5%
Operating Temperature (°C) -40 to 204
Melting Point (°C) -31
Flash Point (°C) >300
Fire Point (°C) >300
Note: Other viscosity levels can be made upon request.

Key Features

  • Chemical Resistance: Insoluble in chlorinated solvents; resistant to chemicals and oxidation.

  • Thermal Stability: Operates effectively across a wide temperature range (-40°C to 204°C).

  • Low Surface Tension: Ensures efficient antifoaming and lubrication.

  • High Flash Point: Enhances safety in high-temperature applications.

Applications

  • Lubrication: Ideal for treadmill belts and other equipment under extreme pressure.

  • Antifoaming Agent: Effective in solvent systems within chemical and petroleum industries.

  • Oil and Gas Separation: Suitable for use in separation processes due to chemical resistance.

  • Foam Control: Prevents foam in systems where conventional polydimethylsiloxane fluids are ineffective.

Packaging & Storage

  • Packaging: Available in 20Kg, 50Kg, and 200Kg steel drums or fluorinated drums.

  • Storage: In original unopened packaging, shelf life is one year when stored in a dry and cool place.

All technical data provided is based on current knowledge and experience. Users must test product suitability for intended applications.
No warranties are expressed or implied. Silico® assumes no liability for incidental or consequential damages.

Get in touch to Get

  • Quick and helpful reply within 8 hours;
  • Tailored solutions provided for your project;
  • One-stop purchasing service.
Please enable JavaScript in your browser to complete this form.

Recommended Fluorosilicone Fluids Products

CAS 68952-30-7

FH20789 Hydride-Terminated Fluorosilicone Fluid

FH20789 (CAS 68952-30-7) is a hydride-terminated fluorosilicone fluid with excellent chemical resistance for fuel-resistant elastomers and coatings.
CAS 63148-56-1 Silicones Fluid

Silico® FF9020 300~1000cSt

Silico® FF9020 is a 100% active fluorosilicone polymer (CAS No. 63148-56-1). It is an effective lubricant for extreme pressure and controls foam in solvent systems.
CAS 68952-30-7

FH20789 Hydride-Terminated Fluorosilicone Fluid

FH20789 (CAS 68952-30-7) is a hydride-terminated fluorosilicone fluid with excellent chemical resistance for fuel-resistant elastomers and coatings.
CAS 68951-98-4

FV4012 Vinyl-Terminated Fluorosilicone Fluid

Silico® FV4012( CAS 68951-98-4) is a vinyl-terminated fluorosilicone fluid offering excellent fuel resistance and thermal stability for RTV systems.
Scroll to Top