Pushing the boundaries of steel machining.
Delivers outstanding heat and wear the resistance during high speed cutting.
Machining time can be shortened and number of work pieces per cutting edge can be increased in stable machining.
MC6025 is a standard grade for steels, and utilizes an optimum CVD coating which is suitable for crater and flank wear, thereby achieving general versatility for increased stability.
By dispersing an impact stress during interrupted machining, MC6035 controls crack development and achieves a good balance between fracture and welding resistance during low speed cutting.
Improved surface finishes Welding resistance
Prevents abnormal fracture and weld chipping
The CVD coating layer prevents crater wear
Flat Al2O3 layer with excellent heat resistance reduces crater wear development.
CVD coating layer reduces flank wear
High wear resistance can be achieved due to the thickened Nano-texture TiCN layer.
Special carbide substrate with improved fracture resistance
With an extremely smooth surface, the Black Super Even Coating provides improved surface roughness which results in excellent resistance against adhesion, abnormal damage and weld chipping.
The new technology used in MC6025 ensures a tough edge layer that vastly reduces crack development and fracturing.
Better wear resistance can be achieved even at high temperature due to the thickened Al2O3 layer.
The optimized crystal growth, Nano-Texture coating technology provides outstanding wear and chipping.
The interface between the layers is controlled at the nano level, allowing the TOUGH Grip layer extremely high levels of adhesion to prevent delamination.
The smooth coating surface provides excellent welding resistance. With the thickened TiCN, MC6035 also achieves superior wear resistance for increased stability.
By reducing the tensile stress in the coating layer during interrupted cutting, crack development caused by impact stress is prevented.
Conventional products tend to result in fracturing because impact stress is transmitted deep into the coating layer during interrupted cutting.
MC6035 has succeeded in alleviating tensile stress in the coating layer therefore, cracks that can develop by impact stress can be prevented when interrupted cutting.
Provides outstanding fracture resistance and prevents crack development
It is possible to machine up to 320 pieces without fracturing.
The examples shown are actual applications and can differ from the recommended cutting conditions.