Who We Are

KinematicGP was created from a vision that tribology should move beyond conventional lubrication and become an active science of surface transformation, friction reduction, and adaptive material restoration.

Our work focuses on real tribology: the interaction of loaded metal surfaces under pressure, temperature, frictional energy, and molecular tribochemical activity. We believe the future of mechanical protection lies not only in reducing friction, but in using friction itself as a controlled source of energy to activate protective and regenerative surface processes.

KinematicGP technology is based on advanced concepts such as selective material transfer, molecular tribochemistry, adaptive surface restoration, and the formation of ultra-thin protective tribological layers directly in the zones where real contact and wear occur.

Instead of treating friction only as a destructive force, KinematicGP views it as an opportunity to create a self-adaptive protective interface between working surfaces. Under demanding operating conditions, active structures can support the reduction of direct metal-to-metal contact, lower the coefficient of friction, stabilize the surface layer, and help protect components against progressive wear.

This is the foundation of our DLGC concept — a dynamic protective layer inspired by graphene-carbon structures and diamond-like tribological behavior. Its purpose is to reinforce, stabilize, and protect friction surfaces where mechanical stress is highest.

KinematicGP is not only an oil additive concept. It is a vision of the future of tribology: lower friction, reduced wear, improved surface durability, and adaptive protection working inside real mechanical systems.

Competitor materials may show the general direction of the market, but KinematicGP represents our own path forward — a future-focused approach to molecular tribochemistry, surface regeneration, and high-resistance wear protection.