A swash plate sliding layer combines a silicon-doped diamond-like carbon film with polyamideimide to enhance adhesion.
Shaping the contact surface of a sliding bearing sets the friction coefficient via a form factor, eliminating complex material selection.
Segmented tin matrix precipitates remove adhesion components without damaging the counter element, preventing seizure and reducing friction.
Segmented mandrels distribute bending moments across parallel supports, enabling simultaneous rolling of three or more workpieces without breakage.
Cycloidal machining forms precise pocket sides in solid bearing cages, eliminating costly post-processing.
Sealing lips on the rubber bushing prevent grease leakage and foreign material ingress, resolving durability trade-offs in vehicle suspension systems.
Titanium oxide particles in a binder resin matrix prevent solid lubricant dropout, resolving the trade-off between seizure resistance and wear depth.