A method of applying an anti-friction coating to a piston assembly is provided including applying an anti-friction coating to at least a portion of the surface area of a piston.

The antifriction coating comprises a binder matrix and a solid lubricant.

A piston sliding within a cylinder with an anti-friction coating drives the stunning rod.

Thus a high-quality insert with a damping antifriction coating is obtained.

The inventive method for forming an antifriction coating for the wearing surfaces of cinematic pairs consists in introducing a ground mineral composition between the wearing parts.

A process is disclosed for producing hard elastic antifriction coating layers that adhere firmly to elastomer substrates.

The support members, the fixation and support rollers as well as the driving gear have their contact surfaces provided with an anti-frictional coating.

Further, the invention discloses a method of making an anti-friction coating on metal surfaces such as cylinder bore walls of an engine.

The resulting products have only a very low surface tension and need to be pretreated before applying anti-friction coatings.

Said preform is preferably produced by an injection moulding process, provided with a friction-reducing coating, and transported to a storage container or a blowing machine.

A rubber profile for a wiper blade has an anti-friction coating applied on its surface.

The coating contains a minor amount of a fluorescent material sensitive to a high energy radiation.

The rear face of the brush seal carrier is coated with an anti-friction coating, thereby allowing movement of the brush ring seal device within the packing case.

An air bag coated with a cured organopolysiloxane composition, characterized in that the air bag is top coated with an antifriction coating comprising at least one solid lubricant dispersed in an organic polymer binder.

The pistons, with reduced skirt, have on their sides an antifriction coating in a graphitic material and an internal circular oil pipe to cool the upper part.

Any or all of the handpiece components in metal-to-metal contact (such as, 15, 13, 14, 15, 22, 30, and 32) may be coated with an antifriction and/or anti-corrosion coating.