Basic Property |
|
Economy of Material |
3 |
Compression Set Resistance |
1 |
Resilience (Rebound) |
2 |
Tear Strength |
2 |
Heat Aging Resistance |
1 |
Ozone Resistance |
1 |
Resistance to Oil & Grease |
1 |
Fuel Resistance |
2 |
Water Swell Resistance |
2 |
Gas Impermeability |
2 |
Dynamic Service / Abrasion Res. |
3 |
High Temperature - Standard |
390 |
High Temperature - Special |
- |
Low Temperature - Standard |
5 |
Low Temperature - Special |
-30 |
Very Good = 1 |
Good = 2 |
Average = 3 |
Poor = 4 |
Temperature in °F |
FLUOROCARBON (FKM) | ||
Fluorocarbon exhibits resistance to a broader range of chemicals combined with very good high temperature properties more so than any of the other elastomers. It is the closest available approach to a universal elastomer for sealing in the use of o-rings and other custom seals over other types of elastomers. |
Temperature Range (dry heat) | |
low | high | |
5 °F -15 °C |
390 °F 199 °C |
|
Application Advantages | ||
» excellent chemical resistance » excellent heat resistance » good mechanical properties » good compression set resistance |
||
Application Disadvantages | ||
» poor low temperature flexibility » poor resistance to hot water and steam |
||
Modifications | ||
» differing monomer compositions and fluorine content (65% to 71%) for improved low temperature, high temperature, or chemical resistance performance | ||
Primary Uses | Specialized Applications | |
O-rings, rubber seals and custom molded rubber components for |
» degree of fluorination (A, B, F, GB, GF, GFLT, GBLT, GLT, ETP) » copolymer or terpolymer of fluorinated hydrocarbon monomers |
|