The paper describes briefly the historical development and presents in more detail solid-
state properties such as hardness, heat conductivity, thermal expansion and mechanical …

WC based cemented carbides and Ti (C, N) based cermets are used in cutting tool
applications. They are produced by liquid phase sintering, but much of the microstructure is …

A new model for the hardness of cemented carbides is proposed. The model is based on the
main assumption that very thin binder layers (a few atom layers) confined between …

Cermets obtained by sintering powders of TiCN and Mo2C with cobalt or nickel binder are
studied in this paper. Different TiCN/Mo2C ratios are used in order to vary the grain size. A …

Different commercial TiC–TiN/Co/Ni mixtures were used as raw materials for Ti (C, N)
cermets, and the effects of the sintering parameters (binder content, binder nature, sintering …

In this study, the influence of up to 15 vol% WC or Mo 2 C addition to Ni bonded NbC matrix
cermets, prepared by pressureless liquid phase sintering in vacuum for 90 min at 1390° C …

TiCN coatings were grown by chemical vapor deposition (CVD) on WC-Co substrates with
different Co contents, in order to control thermal stress. The driving force for the development …

Starting from commercial nano/submicron raw powders, ultrafine grade (mean grain size
less than 500nm) titanium carbonitride (Ti (CN))–WC–Mo–Ni/Ni+ Co–C cermets systems …

The tribocorrosion (resistance, mode, and mechanism) of ultrafine-grained cemented
carbides of WC-Co, WC-(Co+ Ni), and WC-(Co+ Ni+ Cr) was evaluated and compared …

The microstructure of a binderless cemented carbide with< 0.5 wt% Co has been analysed
using transmission electron microscopy (TEM) in combination with an electron energy loss …