Square O-Rings

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 2 9/16 in Nominal Inner Diameter | 3/32 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 2 3/8 in Nominal Inner Diameter | 1/8 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 5 5/8 in Nominal Inner Diameter | 1/8 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 7 3/4 in Nominal Inner Diameter | 1/8 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 4 1/2 in Nominal Inner Diameter | 3/16 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 5 1/8 in Nominal Inner Diameter | 3/16 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 5 1/2 in Nominal Inner Diameter | 3/16 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 7 1/4 in Nominal Inner Diameter | 3/16 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 5 in Nominal Inner Diameter | 1/4 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F

Quad® Rings provide improved stability and lubricity over conventional o-rings, reducing the tendency to spiral in the groove. They interchange standard o-rings in a variety of static and dynamic sealing applications including rotary, reciprocating or oscillating motion.

Buna-N QUAD® Rubber Material | 5 1/4 in Nominal Inner Diameter | 1/4 in Cross Section | X-Ring

Features

• Reducing the tendency to spiral in the groove
• Interchange standard o-rings in a variety of static and dynamic sealing applications
• Pressure range varies according to diametral clearance
• Temperature range of -40 °F to -240 °F