Product Introduction:

The chemical stability between Ti(CN) base cermet inserts and workpieces is relatively high, which reduces the friction and temperature of the cutting edge during cutting, preventing mutual diffusion of atoms of the work piece material and the inserts, and improving resistance to bonding abrasion. Therefore, Ti(CN) base cermet shows good capability of Red Hardness and resistance to crater wear. It is an optimal material for high-speed finishing and semi-finishing of steel. High temperature strength of cermet is higher than that of WC-Co, and toughness better than that of Al2O3 and Si3N4 ceramic. This fulfils the application blank of WC-base cemented carbide and Al2O3 and Si3N4 ceramic from finishing to semi-finishing at high speed.

Product Feature:

Symmetrical fine grain organization, together with the control of the symmetrical organization and toric phase structure, improves the strength and hardness of cermet.

Intensified bonding phase and well-designed grain boundary improve the high -temperature capacity, heat conductibility, and thermal vibration resistance.

Coating of Physical Vapor Deposition (PVD) is applied to cermet substrate with high toughness so that the grade has high hardness and toughness with the wide-range application.