This review addresses the structure and phase formation mechanisms of self‐propagating
high‐temperature synthesis (SHS) of single‐phase complex carbides Ta–Ti/Zr/Hf–C, as well …

Ti (C, N)-based cermet is a kind of composite material composed of a metal binder phase
and a Ti (C, N)-hard phase, which is widely used in the fields of cutting machining and wear …

In this paper, the effects of Mo 2 C and TaC additions on the microstructure and mechanical
properties of Ti (C, N)-based cermets prepared through the powder metallurgical method …

TiCN–Ni-based cermets are attractive cutting tools because of the combination of high
hardness and wear resistance with improved toughness and thermal shock resistance. The …

The combustion temperatures and rates of mechanically activated (MA) Ta–Zr–C mixtures
depending on the initial temperature T 0 are determined. The self-heating phenomenon is …

The plastic deformation resistance of metal cutting inserts made from a WC–Co cemented
carbide, a Ti (C, N)–WC–Co cermet and corresponding materials with additions of TaC has …

Cermets based on titanium–tantalum carbonitride were oxidized in static air between 800° C
and 1100° C for 48 h. The thermogravimetric and microstructural study showed an …

Growth behavior of Ti‐based carbonitride ceramic grains in two high‐Mo Ti (C, N)‐based
cermets with Ni and Ni–20Cr (wt%) binders was investigated during liquid‐phase sintering …

Two Ti (C, N)-based cermets with Ni and Ni–20Cr metallic binder were oxidized at 800° C
and 1000° C for up to 100h in static air, and the oxide scales and the transition layers formed …

Ti (C, N)–15% Mo2C–20wt% Fe cermets are prepared according to conventional powder
metallurgical techniques. The microstructures and properties of the novel cermets are …