Rubber Expansion Bellow And Joints


Rubber Expansion Bellow And Joints For Your Every Need

Mainly consulting engineers, mechanical contractors, pressure vessel designers, plant engineers and turn-key construction firms have specified and used rubber expansion joints for several years.
They are installed to allow movement on piping runs, protect piping from expansion reacting and insure efficient and economical on stream operations. Inflatable seal suppliers rubber expansion joints offer proven ways to accommodate pressure loads, relieve movement stresses, modate pressure loads, relieve movement stresses, isolate vibration, reduce noise, prolong the life of motive equipment and compensate for misalignment a plant goes on stream.


Latest technology
We use latest technology for rubber mixing, adhesive chemistry and bonding process.
Expert Chemical Engineers
We use latest technology for rubber mixing, adhesive chemistry and bonding process.
Research & Development
We use latest technology for rubber mixing, adhesive chemistry and bonding process.

Why Choose Us for Rubber Expansion Bellow And Joints


Optimum solution for narrow spaces, still able to absorb large movements due to the flexible bellows Absorb axial-, lateral-, and angular movements
Reduce water shock
Temperature-, chemical-, and corrosion resistant
Managing flexibility and pressure is optimised
Low spring rates
Vacuum and pressure proof
Can accommodate line misalignment
Sound deadening effects

Contact Us for Any Queries

Simply Fill in Your Details and Our Representative Will Get in Touch With You to Discuss Your Requirements.

91-983-359-0390     info@westpolyrub.com

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FAQ'S

Your Questions Our Answers

    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.

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