WC-Co cemented carbide are widely used in industries for cutting tool due to their excellent
hardness, fracture strength and wear resistance, but the high temperature mechanical …

The application of Ti (C, N)-based cermets remains limited due to their low toughness. The
fracture toughness of cermets can be significantly improved by using advanced sintering …

The oxidation-wear properties of WC-Co cermet at high temperatures were remarkably
enhanced by Ru addition for increasing life expectancy of cermet tools in high-speed cutting …

WC composites with 5 wt% TiC 0.4 were fabricated by spark plasma sintering (SPS) at
sintering temperature of 1400–1700° C for 10 min under an external pressure of 50 MPa. It …

The WC-based composites incorporated with different concentrations of TaC 0.8 were
solidified by using ball milling and spark plasma sintering (SPS). The impact of TaC 0.8 …

Obtaining cemented carbides with smaller WC grain size and better properties is key to their
wider application. Ultrafine cemented carbides were prepared by using spark plasma …

Abstract The ZrO 2 or 3Y-ZrO 2 incorporated WC-TiC 0.4 composites were consolidated
employing spark plasma sintering (SPS) technology at different temperatures. The impacts …

Abstract TiC-14 wt% TiC 0.4 and TiC-7.63 wt% Ti ceramics were fabricated by spark plasma
sintering (SPS) at a sintering temperature of 1600° C and an applied pressure of 40 MPa …

WC-based cemented carbides were prepared by spark plasma sintering (SPS) of WC-Co-
Cr3C2-VC alloy powder by adding different contents of graphene. The phase composition …

Abstract Cemented carbide 91 wt% WC–3 wt% TiC–6 wt% Co was sintered by spark plasma
sintering at different temperatures of 1200° C, 1300° C, and 1400° C and the effect of …