canyon components logo
AF70BK00-OR-125
CS

0.103 in

(2.62 mm)

ID

1.299 in

(32.99 mm)

ORing cut reference

AFLAS AF70BK00 O-Ring, Size: -125

Material: AFLAS AF70BK00 O-Ring

Size: AS568 -125 O-Ring

Part Number: AF70BK00-OR-125

AF70BK00

AFLAS® (FEPM, TFE/P)

70

Shore A

General Purpose Material

Color: Black

Detailed Description

AF70BK00-OR-125 is a Black, 70 Shore A, AFLAS® (FEPM, TFE/P) O-Ring. AF70BK00 is manufactured with the following features & specifications: General Purpose Material. AF70BK00-OR-125 is AS568 size -125 O-Ring also referred to as 2.62mm (Cross Sectional Diameter (CS)) x 32.99mm (Inside Diameter (ID)).


Material: AFLAS AF70BK00 O-Ring


Size: AS568 -125, 2.62mm CS X 32.99mm ID (0.103" CS X 1.299" ID)

industry image
canyon components logo
Technical SpecificationValue
Compound NumberAF70BK00
MaterialAFLAS® (FEPM, TFE/P)
ColorBlack
Durometer70 Shore A
High Temperature235 °C / 455 °F
Low Temperature-10 °C / 14 °F
Geometry Specifications
Cross Sectional GeometryO-Ring
Size StandardAS568
Size-125
Cross Section (CS)2.62 mm / 0.103 in
Inside Diameter (ID)32.99 mm / 1.299 in
ORing cut reference

Canyon AF70BK00 is a 70 durometer black AFLAS® (TFE/P) elastomer designed for high-performance O-rings and gaskets in aggressive chemical and steam environments. Known for its exceptional resistance to amines, acids, bases, and high-pressure steam, it performs reliably in demanding process and power applications, including steam-in-place (SIP) systems. The compound offers low compression set, excellent thermal stability up to 450°F (232°C), and maintains sealing integrity during prolonged exposure to heat and radiation.

 

AF70BK00 also withstands up to 200 MRad of gamma radiation, making it suitable for sterilization and high-purity service. It meets ASTM D2000 M2HK714 standards and balances chemical resistance with long-term elasticity. This cost-effective AFLAS® formulation is an ideal choice for chemical processing, oil and gas, and pharmaceutical sealing applications requiring high durability and resistance to harsh fluids.