Electroplating technology is essential for reducing friction in coating technology. It comprises electrochemical processes for depositing electrically conductive metal layers on metal substrates. The relevant coatings include hard chrome, pearl chrome, bright chrome, nickel and anodising. These coatings effectively reduce friction, which is crucial in areas such as bearings and precision mechanics. This technique improves sliding properties and reduces wear caused by friction, which increases the service life and efficiency of components.

PVD/PACVD is an advanced coating process that is particularly effective in controlling friction. Plasma deposition in a vacuum chamber produces thin, uniform ceramic hard coatings that improve hardness and wear resistance and thus reduce friction. The removal of oxides or water from surfaces optimises adhesion, which makes PVD/PACVD useful for various industrial sectors. PVD/PACVD is a key technology for low-friction industrial solutions.

Chemical nickel coatings are of great importance in friction control. These coatings have uniform layer thicknesses, high hardness and pronounced wear resistance. These properties are crucial for reducing friction in applications involving components with complex shapes, holes, cavities and undercuts. Electroless nickel plating creates layers that not only provide wear protection, but also minimise friction between moving parts.

Hybrid coatings that combine galvanic, chemical and PVD/PACVD processes offer effective friction control. These coatings adapt to customer-specific requirements and enable precise coating thickness control and improved adhesion through galvanic processes. Chemical processes contribute to friction reduction with corrosion protection. PVD/PACVD technologies improve resistance to abrasive influences. This synergy of different technologies results in coating systems that minimise friction between materials while providing corrosion protection.