Super low friction coating for engine internal parts!
If you're looking for coatings for sliding parts inside the engine, such as piston rings and valve guides, this is a must-see! PEEK resin with a friction coefficient of 0.035 or lower is also possible.
Our company offers PEEK coating as an alternative to PFAS and other coatings. If you are looking for ultra-low friction coatings, please consider our PEEK coating (AP105+AT135). *Friction coefficient: below 0.035 【Industries Served】 ■Industrial Machinery Sector Precision machinery bearings: Due to low friction, it is suitable for bearings in precision equipment that require high-speed rotation and fine movements. High-speed rotating equipment: Used in sliding parts of equipment requiring high-speed rotation, such as machine tool spindles and high-speed motors. ■Automotive Industry Internal engine components: By applying it to sliding parts inside the engine, such as piston rings and valve guides, it contributes to improved fuel efficiency and performance. Transmission components: Used on sliding surfaces of gears and bearings to enhance power transmission efficiency. ■Aerospace Industry Mechanical parts of aircraft: By using it on sliding parts of movable sections and control systems of the airframe, it contributes to improved fuel efficiency and reliability. ■Energy Industry Bearings of wind turbines: Used in components like main shaft bearings of large wind turbines under high load and low-speed rotation conditions. Bearings in hydroelectric power generation equipment: By applying it to bearing parts used in underwater environments, it contributes to improved power generation efficiency.
basic information
AP105 (Primer) + AT135 (Topcoat)
Price range
Delivery Time
Applications/Examples of results
Industrial Machinery Sector Precision Machinery Bearings: Suitable for bearings in precision equipment that require low friction for high-speed rotation and fine movements. High-Speed Rotating Equipment: Can be used in sliding parts of equipment that require high-speed rotation, such as machine tool spindles and high-speed motors. Automotive Industry Internal Engine Components: Contributes to improved fuel efficiency and performance by applying to sliding parts inside the engine, such as piston rings and valve guides. Transmission Components: Improves power transmission efficiency by using on the sliding surfaces of gears and bearings. Aerospace Industry Aircraft Mechanical Parts: Contributes to improved fuel efficiency and reliability by using in sliding parts of movable sections and control systems of the aircraft. Energy Industry Wind Turbine Bearings: Suitable for components used under high load and low-speed rotation conditions, such as the main shaft bearings of large wind turbines. Hydropower Equipment Bearings: Contributes to improved power generation efficiency by applying to bearing parts used in underwater environments.
