Wenn Sie sich nicht sicher sind, welche O-Ringe Sie für Ihre Produktion verwenden sollten, kann Ihnen dieser Leitfaden weiterhelfen.

O-Ring-Kompatibilität
Material Temperaturbereich Empfohlene Verwendung Nicht empfohlen für Mechanische Eigenschaften
1 to 120°C Silicone Greases / Oils
Water
Petroleum Oils / Fuels
Ethylene Glycol Fluids		 Ketones (MEK)
Halogenated Hydrocarbons
Auto / Aircraft Brake Fluids
Strong Acids
Ozone		 Good Wear Resistance
Good Compression Set Resistance
Good Short-Term Resilience
Good Permeation Resistance
-26 to 225°C Vacuum
Most Acids / Chemicals
Halogenated Hydrocarbons
Di-Ester Lubricants
Petroleum Oils / Fuels
Silicone Oils / Greases		 Ketones (MEK)
Auto / Aircraft Brake Fluids
Amines (Ammonia)
Acetone, Ethyl Acetate
Hot Water and Steam (except specialty grades)
Low Molecular Esters and Ethers		 Good Wear Resistance
Excellent Compression Set Resistance
Moderate Short-Term Resilience
Excellent Permeation Resistance
-54 to 204°C Dry Heat
Wide Temperature Range
Ozone
Odorless and Non-Toxic		 Ketones (MEK)
Acids
Silicone Oils
Brake Fluids		 Poor Wear Resistance
Excellent Compression Set Resistance
Poor Short-Term Resilience
Excellent Permeation Resistance
-65 to 150°C Ozone
Hot Water and Steam
Auto / Aircraft Brake Fluids
Some Acids and Bases
Ketones and Alcohols
Plumbing		 Petroleum Oils
Fuels		 Good Wear Resistance
Good Compression Set Resistance
Moderate Short-Term Resilience
Good Permeation Resistance
Varies with O-ring Energizer Material Chemical Resistance
Heat Resistance
High Pressure Seals		 Hardware Requiring a Stretch Fit Fitting Over Sharp
Edges or Burrs		 Good Wear Resistance
Good Short-Term Resilience
Good Permeation Resistance
-157 to 233°C Chemical Resistance
Fuel Resistance
Low Coefficient of Friction		 Hardware Requiring a Stretch Fit Fitting Over Sharp
Edges or Burrs		 Good Wear Resistance
Low Coefficient of Friction