Every coating Hardide produces is designed with purpose rather than “off the shelf” or one-size-fits all.
We work with our customers to understand the exact stresses, geometries and surface interactions their components face. We then adapt the coating process and properties to match these needs.
Our proprietary tungsten/tungsten carbide coatings provide an array of tailored features beneficial for extending component life in particularly harsh environments.
From ultra-thin 10 microns for micro-tolerance tools up to 300 microns for highly erosive or impact-heavy environments.
From 400Hv to 1600Hv depending on wear, galling or sealing needs.
Smooth as-applied, polishable to <0.2 µm Ra for seal-friendly contact surfaces.
With low or positive fatigue debit, eliminating the need for post-coat shot peening.
To H₂S, acids, seawater and high-temperature aggressive fluids.
The Hardide CVD process is also performed at 450–500°C, supporting a wide range of substrates including stainless steels, inconels, tool steels, cobalt and nickel alloys.
Our coatings are fully REACH-compliant and free from hexavalent chromium and cobalt binders.
The convergence of advanced materials, unique process capability and deep application knowledge is what sets Hardide apart.
Discover the full range of Hardide®’s nanostructured CVD coatings – engineered to deliver superior resistance to wear, corrosion and erosion – even in extreme operating conditions. This brochure includes coating specifications, key properties and application examples, helping you identify the right solution to extend equipment life, reduce operational costs and improve performance.
Discover the precise performance metrics, specifications, and application insights behind our advanced tungsten carbide coatings. Our technical data sheets provide engineers and procurement professionals with the critical data needed to make informed decisions, fast.