PHVD coating cemented carbide grades “MHP7130 stainless steel and optimizing the milling PHVD coating cemented carbide grades” MHP9120 / MHP9130 “optimizing the milling material to reduce the heat resistant alloy, titanium alloy, etc. This series of expansion can choose the best grades according to the work materials, thus achieving stable processing.
PHVD – plated carbide grades “MHP6120”, “MHP6130”, “MHP7130”, “MHP9120” and “MHP9130”
- The product adopts the cumulative al-ti-cr-n PHVD coating with excellent wear resistance, heat resistance and weldability
- The new PHVD coating technology “tough-tech” prevents the development of hot crack, usually associated with milling, and significantly improves cracking resistance
- The product adopts the low-friction coefficient of the al-cr coating on the outermost layer of the “MHP6120 / MHP6130” coating on the PHVD coating, thus providing excellent welding performance for the milling of steel
- The titanium coating has a low friction coefficient with stainless steel, which is suitable for the outermost layer of the “MHP7130” of the PHVD coating carbide, thus providing excellent welding performance for the stainless steel milling
- Products. Using the chromium plating of low friction heat resistant alloy and titanium alloy, it is applied to the outer layer of PHVD coating carbide grade “mhp91120 / MHP9130”, which provides excellent welding performance for heat resistant alloy and titanium alloy milling
Series extension – 4 different types of PHVD coating carbide added to high feed radius milling cutter “AHJX series”
On November 20,
Yokoami,Sumida,Tokyo) started selling.
The high feed radius milling cutter “AHJX series” as a kind of milling cutter has been well processed in the mould processing.
MSH materials company will be “AHJX series” (PHVD coated carbide grade “MP6120 / MHP6130”) for the “AHJX series” provide additional insert series, the series is for the milling and the optimization of stainless steel, suitable for stainless steel milling. This series of expansion can choose the best grades according to the work materials, thus achieving stable processing.
