Ti-WC Cobalt-Free Cermet for Wear-Resistant Applications Ti-WC cermet is an advanced composite developed by MBN ensuring an homogeneous microstructure with strong carbide-matrix interfacial bonding. By replacing cobalt binder with titanium matrix, this eco-friendly cermet material retains the hardness of conventional WC based systems delivering both wear performance and environmental sustainability. Ti-WC composite powders are processable through cold spray coating deposition or powder metallurgy consolidation into dense bulk components. Using Cold Spray technology, the material produces thick, compact wear-resistant coatings with excellent coating-substrate adhesion. Spark Plasma Sintering (SPS) consolidation enables production of near-full density components with outstanding mechanical strength and fracture toughness. Applications include lightweight automotive racing components (magnesium alloy protection), extrusion dies, rolling mill tooling, forming dies, and high-wear industrial equipment where abrasion resistance is critical performance factors. COMPOSITION Ti 23% – WC: 77% PROPERTIES OF CGS COATING As-sprayed hardness 800-1000 HV Post-heat treatment hardness>1000 HV Coating thickness capability 0.5-2 mm Cobalt-Free Cermet for Wear-Resistant Applications
