Extreme Cold FKM O-Rings

Sub-Zero Performance for Gasoline Dispensing

High-performance FKM O-rings engineered for extreme cold environments.
International Seal delivers advanced low-temperature compounds designed to maintain flexibility, sealing integrity, and chemical resistance in sub-zero applications.

Built for demanding environments such as gasoline dispensing, these compounds perform reliably down to -40°C and beyond—where standard materials fail.

Extreme Cold FKM O-Rings

Sub-Zero Performance for Fuel Systems

High-performance FKM O-rings for extreme cold applications. Engineered to maintain flexibility, sealing integrity, and chemical resistance in sub-zero conditions.

Reliable down to -40°C and beyond—where standard materials fail.

V112 Black

International Seal | Sub-Zero Performance: V112 Black

V112 Black

Ultra Low-Temperature FKM (75 durometer). Outstanding tensile strength, flexibility at -42°C, excellent compression set. Designed for tundra-grade gasoline dispensing.

V113 Royal Blue

International Seal | Sub-Zero Performance: V113 Royal Blue

V113 Royal Blue

Low-Temperature FKM (75 durometer). Durable and chemical resistant with strong fluid compatibility and flexibility down to -40°C.

Tested and Proven in Extreme Cold Conditions

V112
V113
TR10 Low Temp
-42°C
-40°C
Tensile Strength
12.7 MPa
9.0 MPa
Compression Set (22 hrs @ 200°C)
17%
12%
Fuel C Resistance
Excellent
Excellent

International Seal’s low-temperature FKM O-rings are engineered to deliver consistent sealing performance in extreme cold environments. With proven flexibility, chemical resistance, and durability, these compounds ensure reliability where standard elastomers cannot perform.

Proven in Extreme Cold

V112
V113
TR10 Low Temp
-42°C
-40°C
Tensile Strength
12.7 MPa
9.0 MPa
Compression Set (22 hrs @ 200°C)
17%
12%
Fuel C Resistance
Excellent
Excellent

International Seal’s low-temperature FKM O-rings are engineered to deliver consistent sealing performance in extreme cold environments. With proven flexibility, chemical resistance, and durability, these compounds ensure reliability where standard elastomers cannot perform.