rotor brake pads, yaw brake linings, yaw brake pads, rotor brake linings, bonded friction assemblies low noise brake linings, low noise yaw brake linings, integrally moulded brake pads, sintered buttons

Our specially developed wind power friction materials, offer high friction and strength with the advantage of low noise, making them the ideal choice for turbines operating in any environment.

azimuth brake linings, windturbine brake pads, paddle brake pads, sintered friction pads, sintered brake lining

Wind Power

Extensively supplied as original equipment and replacement spares on yaw and rotor brake systems, Trimat organic, semi metallic and sintered friction products provide proven durability and brake performance on the most demanding of on and offshore wind turbine applications.

Working closely with brake system manufacturers, Trimat have developed a range of friction materials specifically designed for wind turbine brakes that offer the following key characteristics, high strength, low wear rate, high friction and reduced brake noise.

azimuth brake pads, low noise friction materials, organic friction materials, high strength friction materials
friction material for wind farms, bonded brake pads, friction pucks, sintered pucks, high pressure friction materials
off shore turbine brake pads, cold climate friction products, yaw brake, high co-efficient friction materials

The materials can be supplied as finished brake parts integrally moulded or bonded onto steel backing plates, incorporating wear indicators if required. Alternatively they are available in standard sheet sizes for processing locally.

For further information on Trimat yaw brake products MN1056 and MN1130 or our rotor brake solutions MN1081 and SM, please contact us.