Zinc Plating 01
An electroplated zinc layer that sacrifices itself ahead of the base steel, giving fasteners reliable, cost-effective corrosion protection with a bright, uniform finish.
From corrosion resistance to friction control, we apply engineered surface finishes across a complete range of plating, conversion and diffusion coatings — matched to the load, environment and finish your application demands.
An electroplated zinc layer that sacrifices itself ahead of the base steel, giving fasteners reliable, cost-effective corrosion protection with a bright, uniform finish.
A black oxide conversion coating that produces a deep matte-black finish, offering mild corrosion resistance while preserving tight part tolerances and dimensions.
Quench-Polish-Quench nitrocarburizing builds a hard, wear-resistant case with a polished black finish, delivering excellent fatigue strength and corrosion resistance.
A bright, hard-wearing nickel deposit that improves surface hardness and wear resistance while giving fasteners a reflective, decorative appearance.
A zinc-nickel alloy plating engineered for extreme corrosion resistance, widely specified in automotive and aerospace applications with demanding salt-spray requirements.
A chemical conversion coating that etches a fine crystalline layer into the surface, improving paint adhesion, corrosion resistance and lubricity for assembly.
Fasteners are immersed in molten zinc to form a thick, metallurgically bonded coating that gives complete coverage and long-term outdoor corrosion protection.
A fluoropolymer topcoat that lowers friction and prevents galling on installation, while adding a chemically resistant barrier over the base finish.
A ceramic-filled fluoropolymer system that combines high-temperature durability with excellent chemical and corrosion resistance for demanding environments.
A low-temperature diffusion process that hardens the surface layer, improving wear resistance and fatigue life without distorting the base component.