FKM (VITON) TUBE

This remarkable material (FKM) retains its great mechanical and chemical resistance properties at extremely high temperatures better than any other known elastomer. Known for its resistance to oils, chemicals, weather-related aging and ozone. Viton tubing's fluid resistance far exceeds that of most other synthetic rubbers. Customer wanting exceptional resistance to petroleum-based fuels, oils, lubricants, and mineral acids at elevated temperatures will often turn to FKM(Viton) Tubing , resistance level ishigher than most other thermoplastic elastomers.

Sevitsil offers a wide size selection of Viton tubing to meet specific application requirements. For peristaltic pumps Shore A 60 hardness tubing are specially manufactured as for other application Viton tubing are available at Shore A 90 Hardness also.

Suggested Applications

  • 1Appliances
  • 2Automotive Fluids
  • 3Cable Jacketing
  • 4Chemical Processing & Transfer
  • 5Fuel & Oil Lines
  • 6Hot Lubrication
  • 7Model Engine Exhaust
  • 8Peristaltic Pumps
  • 9Roll Covers for Hot or Corrosive Service
  • 10Seals and O'-Rings
  • 11Solvents

Features And Benefits Of Viton® Tubing

  • 1Made of 100% pure Viton, a high performance synthetic rubber
  • 2Excellent temperature resistance: -40°F to 400°F continuously; 600°F periodically
  • 3Offers the widest range of fluid and chemical resistance of any commercial rubber
  • 4Excellent resistance to oils, fuels, lubricants, and most mineral acids
  • 5Also resistant to many aliphatic and aromatic hydrocarbons such as carbon tetrachloride, benzene, toluene, and xylene
  • 6Excellent resistance to environmental exposure such as sunlight and ozone
  • 7Available in 75 and 60 Shore A durometers

VITON TUBING PHYSICAL PROPERTIES

  Standard Specifications Specialised for Peristaltic Pump
Hardness, Shore A 75 60
Tensile Strength, psi 1600 1450
Elongation at break, % 150 350
Brittle Temperature -30°F -40°F
Max. Operating Temperature 400°F 400°F

Inquiry Form

FAQ

Silicone rubber is an elastomer composed of silicone(present in silica) together with carbon,oxygen and hydrogen.

IN 1930, JAMES FRANKLIN HYDE RAN THE FIRST RESEARCH TO PRODUCE COMMERCIAL SILICONES.

Silicon is an element which is present in silica (sand) while silicone rubber is manufactured by extracting silicon from silica and passing it through hydrocarbons. It's then mixed with the other chemicals to create silicone.

A silicone or polysiloxane is a polymer made up of siloxane (−R2Si−O−SiR2−, where R = organic group).