Rubber Bonded Parts
Wespo has engineered techniques to bond rubber with a variety of metals and fabrics. This reinforcement enhances strength, flexibility and pressure/temperature resistance of the bonded part.
Rubber Bonded Parts
Rubber To Metal Bonded Parts
Wespo rubber -to-metal bonded parts provide a special type of seal. A single component is created out of two components by spraying rubber onto a metal substrate.
Fabric Bonded Parts
Western Polyrub has engineered techniques to bond rubber with a variety of fabrics. This reinforcement enhances strength, flexibility and pressure/temperature resistance of the bonded part.
Rubber To Plastic Bonded Parts
western polyrub manufacture rubber-to-plastic bonded parts consist of a rubber component and a plastic component. It is one of the best ways to produce complex geometries with relative ease.
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.
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.
FAQ’s
Your Questions Our Answers
It’s rubber sprayed or molded directly onto a metal substrate, creating one single component instead of two separate pieces mechanically fastened together.
Yes — rubber-to-plastic bonded parts are useful for building complex geometries more easily than machining separate pieces.
It’s tricky — PTFE is naturally non-stick and chemically inert — but yes, we’ve developed techniques to bond it reliably.
Silicone is a great sealant in extreme temperatures, but bonding it to adhesive tape has its own challenges — we’ve worked through that too.
It boosts strength, flexibility, and pressure/temperature resistance compared to a plain bonded part.
Often, yes — bonding can simplify assembly and improve seal reliability versus mechanical fastening. Send your part and we’ll evaluate it.
