Rubber Bonded Parts
Get durable Buna-N and Viton O-rings from Grainger to help tightly seal connections in a wide range of industrial applications. Buna-N rings with durometer 70 shore A can offer hood physical properties and provide excellent resistance to petroleum products. Slightly harder durometer 75 shore A fluorocarbon Viton rings can offer low swell and resist a diverse range of chemicals, UV light and ozone. Choose from a wide range of sizes at Grainger to help find O-rings to fit your applications.
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Rubber Bonded Parts
Get durable Buna-N and Viton O-rings from Grainger to help tightly seal connections in a wide range of industrial applications. Buna-N rings with durometer 70 shore A can offer hood physical properties and provide excellent resistance to petroleum products.
Metal Bonded Parts
Moving from homogeneous rubber products, Western Rubbers now offers an extensive range of metal bonded parts. By perfectly molding the metal component with rubber or carefully encapsulating it inside the rubber part.
Fabric Bonded Parts
Western Rubbers has engineered techniques to bond rubber with a variety of fabrics. This reinforcement enhances strength, flexibility and pressure/temperature resistance of the bonded part.
Plastic Bonded Parts
PTFE Bonded Parts
PTFE, commonly known by the trade name Teflon®, is highly chemically inert and hence is very difficult to bond as it is “non-stick” by nature. Successfully bonding PTFE and rubber has been an accomplishment in the history of Westpolyrub.
Adhesive Tape Rubber Bonding
Silicone, with its unique properties makes a great sealant in keeping water and other solvents out in extreme temperatures. However, the problem arises when Silicone has to be backed with an adhesive tape.
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FAQ'S
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Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric reinforced seals for longer life and effective functionality
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric
reinforced seals for longer life and effective functionality.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.