FFKM in pharmaceuticals and chemical processing
What do the medical and chemical processing industries have in common? Both benefit from using FFKM seals.
TRP produces highly resistant seals for chemical processing, compatible with aggressive chemical environments and high temperatures.
We specialise in developing rubber materials formulated for the unique demands of the chemical processing industry, performing in even the most extreme environments. As a leading producer of FFKM O-rings and seals, including chemically resistant O-rings, and PTFE/rubber components, we can reduce your maintenance costs and equipment downtime by significantly improving the lifespan and performance of your pumps, valves, couplings, seals and gaskets. We can supply our custom rubber mouldings in sizes ranging from the smallest precision moulding to one-piece gaskets as large as 3 metres by 2 metres.
With near-universal chemical resistance, our TRPlast® perfluoroelastomer (FFKM) is the perfect choice of O-ring material for the chemical processing industry. With sealing integrity assured, TRPlast® FFKM chemical-resistant seals offer an extended service life, reducing plant downtime and maintenance costs.
Our chemical-resistant rubber O-rings and seals are manufactured and delivered with short lead times in mind. We can offer you a wide range of TRPlast® FFKM rubber grades that are designed to suit specific applications within the chemical processing industry.
You can find out about the specific chemical resistance of our materials using our rubber chemical resistance guide, helping to inform you of which material is most compatible with your application.
Sometimes it's easier to just talk, contact us directly.
Contact Our EngineersRead our FFKM brochure in further detail to understand how TRP delivers outstanding sealing solutions for the most severe of chemical and high-temperature applications.
Read MoreRead more about how TRP produces high-performance elastomeric seals and custom rubber mouldings, using a wide range of polymers, all of which are carefully selected for their unique characteristics.
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