Ultrafine grained WC-0. 6VC- 10Co hard metals were made by mono- axial vacuum hot pressing ( HP) between 1280~ 1320 which is around the eutectic temperature of the alloy.
According to the equal intensity girder loading method, σ p -σ' relationship curves of WC hard alloy pipe thread tool were obtained by X-350A type X-ray stress diffraction.
On the basis of discussing failure mechanism, it is emphatically pointed out that the work life of the stabilizer depends, to a larg e ex tent, on the wea-r resistance of matrix.
The method of adopting plating technique on diamond surface, pre- alloy matrix powder in super hard composite body , can increase ther mal stability and its infiltration with the bonding alloy .
Fe-2. 0Cr-2. 0Mo-0. 3C-35TiC steel bonded titanium carbide was p repared by powder metallurgy. The influence of three different types of loading on the density and bending strength of the sintered alloy was studied.
TiC based cermets were produced with FeCr, as a binder, by conventional P/M (powder metallurgy) to near >97% of the theoretical density. Sintering temperature significantly affects the mechanical properties of the composite.
Two elements of carbon and chromium were implanted into the hard alloy surface by metal vapor vacuum arc (MEVVA) source with several different doses. The surface modification of the hard alloy was studied.
To enhance the property of YG8 hard alloy, two elements of carbon and vanadium were implanted into its surface by using Metal Vapor Vacuum Arc (MEVVA) source with several different doses.
This article presents a method of making hard alloy WC-TiC-Co on the No.45 steel surface by using high powder laser beam.The microstructure and performance of the alloyed layer are observed.