About Grade
YP751
PVD Coating, TiALSIN multi-coating,combined with unique after-treatment. It is the first choice for grooving and parting inserts.
Grooving
Wear Resistance
Stability
Use
General milling of steel
Coating
PVD Coating
YP752
PVD Coating, Nc-TiALN Coating, high coating hardness and high temperature resistance provide effective protection for cutting edges. Suitable for milling processing above HRC 40° General grade of milling inserts for machining HRC40° and above, can processing steel parts and cast iron. Low production cost and 95% output rate of finished products.
Hardness
Wear Resistance
Cutting
Use
Milling HRC 40°
Coating
PVD Nc-TiAlN
YN101
Ultra-fine matrix matching with CNC Peripheral grinding ensures the inserts sharpness and consistency. Surface polishing process can better guiding chip removal.It is the first choice for aluminum processing.
Cutting
Chip Removal
Sharpness
Use
Aluminum machining
Coating
Polished uncoated carbide
YP753
PVD Coating, Maintains the same coating method as YP751, while improving coating thickness and coating bond. It is the preferred grade for stainless steel and mild steel machining. Suitable for both turning and milling inserts. General milling processing of steel parts and stainless steel, compared with YP751, the wear resistance has been improved and the machining efficiency has been enhanced. The production cost is moderate and the finished product output rate is 95%.
Hardness
Wear Resistance
Cutting
Use
General milling of steel
Coating
PVD Coating
YP730
PVD Coating, Nc-TiALN Coating, high coating hardness and high temperature resistance provide effective protection for cutting edges. It is the first choice for milling inserts. Suitable for both turning and milling inserts. General milling processing of steel parts and stainless steel, compared with YP730, the wear resistance has been improved and the machining efficiency has been enhanced. The production cost is moderate and the finished product output rate is 95%.
Strength
Wear Resistance
Cutting
Use
General milling of steel & stainless steel
Coating
PVD Nc-TiAlN
YP753
Suitable for general processing of different kinds of stainless steel, compared with YP751, the wear resistance has been improved and the processing efficiency has been enhanced.The production cost is moderate and the finished product output rate is 95%.
Wear Resistance
Strength
Cutting
Use
General stainless steel processing
Coating
PVD Coating
YP731
PVD Coating, Nc-TiALN multi-Coating,Special coating technology makes the coating and substrates bonded more firmly.It is a general grade of austenitic stainless steel inserts. General grade for Austenitic stainless steel processing, low production costs, and high yield of finished products is 98.5%.
Wear Resistance
Strength
Cutting
Use
Austenitic stainless steel processing
Coating
PVD Nc-TiAlN
YP753
PVD Coating, Maintains the same coating method as YP751, while improving coating thickness and coating bond. It is the preferred grade for stainless steel and mild steel machining. Suitable for both turning and milling inserts.
Wear Resistance
Strength
Cutting
Use
General steel machining
Coating
CVD TiCN + Al2O3
YC333
CVD Coating, Thick TiCN and Al2O3 coating, largely increased the wear-resistance while improving the toughness.It is the idea choice for steel general machining.
Wear Resistance
Strength
Cutting
Use
General steel machining
Coating
CVD TiCN + Al2O3
YC332
CVD Coating, Thick TiCN and Al2O3 coating,with strong plastic deformation resistance and high strength cutting edges.It is the first choice for heavy machining of steel.
Wear Resistance
Strength
Cutting
Use
Heavy steel machining
Coating
CVD TiCN + Al2O3
YC331
CVD Coating, Thick TiCN and Al2O3 coating, largely increased the wear-resistance while improving the toughness.It is the first choice for steel general machining.
Wear Resistance
Strength
Cutting
Use
General steel machining
Coating
CVD TiCN + Al2O3
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