FKM VT85BK50 O-Ring, Size: -002
Material: FKM VT85BK50 O-Ring
Size: AS568 -002 O-Ring
Part Number: VT85BK50-OR-002
VT85BK50
FKM (Viton®)
85
Shore A
FKM Type XLT (Extreme Low Temp Viton®)
Ultra Low Temperature Material
General Purpose Material
Color: Black
Detailed Description
VT85BK50-OR-002 is a Black, 85 Shore A, FKM (Viton®) O-Ring, a FKM Type XLT (Extreme Low Temp Viton®) product. VT85BK50 is manufactured with the following features & specifications: Ultra Low Temperature Material, General Purpose Material. VT85BK50-OR-002 is AS568 size -002 O-Ring also referred to as 1.27mm (Cross Sectional Diameter (CS)) x 1.07mm (Inside Diameter (ID)).
Material: FKM VT85BK50 O-Ring
Size: AS568 -002, 1.27mm CS X 1.07mm ID (0.050" CS X 0.042" ID)
| Technical Specification | Value |
|---|---|
| Compound Number | VT85BK50 |
| Material | FKM (Viton®) |
| Subtype | FKM Type XLT (Extreme Low Temp Viton®) |
| Color | Black |
| Durometer | 85 Shore A |
| High Temperature | 225 °C / 437 °F |
| Low Temperature | -51 °C / -60 °F |
| Geometry Specifications | |
| Cross Sectional Geometry | O-Ring |
| Size Standard | AS568 |
| Size | -002 |
| Cross Section (CS) | 1.27 mm / 0.050 in |
| Inside Diameter (ID) | 1.07 mm / 0.042 in |
Canyon’s VT85BK50 is an 85 Shore A black FKM Type XLT compound engineered for extreme low-temperature sealing while maintaining strong mechanical and chemical performance. Designed for demanding environments, it offers high tensile strength for improved extrusion resistance, excellent low-temperature flexibility, and reliable heat resistance with long-term thermal stability. With a service temperature range of -51°C to 225°C (-60°F to 437°F) and excursions down to -60°C, VT85BK50 remains resilient where standard FKM materials lose elasticity. It also delivers excellent resistance to chemicals, weathering, and oxidative aging, supporting extended service life in harsh industrial conditions.
VT85BK50 is well-suited for applications requiring both low-temperature performance and durability, including industrial equipment, energy systems, and chemical processing environments. Its balanced physical properties, including high tensile strength and controlled glass transition behavior, help maintain sealing integrity under pressure cycling and thermal shock. This compound provides a dependable solution for low-temperature FKM sealing requirements. Compare to other popular brands of FKM materials such as Parker VG286-80, V0835-75, and VM835-75.
Common relevant keywords:
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