O-rings
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O-rings as elastic loops that seal static and dynamic applications. They are used to seal the space between cylinders, pistons, pipes and tubes and can be made from various materials.
90 Durometer | Buna-N Rubber Material | 13 in Nominal Inner Diameter | 1/4 in Cross Section | O-Ring
Features
- Pressure range varies according to diametral clearance
- Temperature range of -40 °F to -240 °F
O-rings as elastic loops that seal static and dynamic applications. They are used to seal the space between cylinders, pistons, pipes and tubes and can be made from various materials.
90 Durometer | Buna-N Rubber Material | 20 in Nominal Inner Diameter | 1/4 in Cross Section | O-Ring
Features
- Pressure range varies according to diametral clearance
- Temperature range of -40 °F to -240 °F
90 Durometer | Buna-N Rubber Material | 0.301 in Nominal Inner Diameter | 0.064 in Cross Section | O-Ring Boss Gasket
90 Durometer | Buna-N Rubber Material | 0.301 in Nominal Inner Diameter | 0.064 in Cross Section | O-Ring Boss Gasket
90 Durometer | Buna-N Rubber Material | 1.355 in Nominal Inner Diameter | 0.116 in Cross Section | O-Ring Boss Gasket
90 Durometer | Buna-N Rubber Material | 1.355 in Nominal Inner Diameter | 0.116 in Cross Section | O-Ring Boss Gasket
Black Viton o-ring
90 Durometer | Fluorocarbon Material | Boss O-Ring
Features
- Chemical resistance
- Temperature range of -20 °F to 400 °F
- Pressure range varies according to diametral clearance
70 Durometer | Buna-N Rubber Material | 1/16 in Cross Section | O-Ring Cord
70 Durometer | Buna-N Rubber Material | 1/16 in Cross Section | O-Ring Cord
O-ring
70 Durometer | Buna-N Rubber Material | 0.103 in Cross Section | O-Ring Cord
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O-rings
An o-ring is a loop of elastomer with a round cross-section, designed to be seated in a groove and compressed during assembly between two or more parts, creating a seal at the interface. O-rings are one of the most common seals used in machine design because they are inexpensive, easy to make, reliable, and have simple mounting requirements.
