Extreme applications demand high-performing products.

Tenmat materials have been supplied for aerospace applications over many years.

Ferobide provides superior resistance against abrasion and impact and increases the lifespan of steel wearing parts and components in Agriculture.

Products to drive you forwards.

Advanced automotive composite materials, for use in bearings and other automobile industry components.

Feroform and Railko grades feature controlled friction, good abrasion resistance, and long life. Well suited for mechanical engineering bearings.

The high abrasion resistance of Tenmat heavy equipment wear parts and bearings gives long life in arduous applications.

The “fit and forget” operation of Tenmat hydro turbine bearings makes them the ideal choice in this sector. This is a direct result of their long lifetime, made possible thanks to their superior wear resistance and ultra-low, stable friction levels.

The industry standard for demanding applications.

Ferobide is a reliable solution for protecting mining wear parts during difficult open pit or underground mining operations.

Tenmat high-performance offshore bearings and wear parts are widely used in industries operating offshore all over the world, including supporting oil and gas production.

At Tenmat, we create next-generation materials designed to stop attacks and ensure protection against physical threats.

Feroform and Railko composites are used as bushes, neck rings, wear rings, and thrust plates in pumps conveying all manner of fluids.

Tenmat not only manufactures standard train bearings and wear parts, but also bespoke solutions to operate in specialised applications within the passenger, freight and locomotive industries.

Ferofrom T814 bearings are used in a variety of applications for renewable power such as main turbine shaft bearings and actuation linkages.

Feroglide PTFE bearings are used extensively in valves in the oil and gas industry, manufacturers use Feroglide due to the material’s ability to maintain low friction under heavy loads.