Features

• Lower friction.
• Restricted heat conductivity.
• Increased cutting speed.

• Lower friction, higher flow speed.
• Reduced chip compression/cutting forces.

• High hardness protects against abrasive wear.
• High chemical stability prevents built-up edge, micro cracks and crater wear.
• Increase in tool life.

• This treatment will provide heat resistance and extreme hardness to allow the tool to run at higher feeds and speeds.
• TiN allows higher lubricity for freer chip flow, reducing build-up edge formation and cratering - great for general purpose use.
• On non-ferrous materials there is a tendency to gall so please use caution.
• TiN also requires an increase of 25% to 30% in machining speeds vs. uncoated tools.

• When under conditions of moderate cutting temperatures, TiCN is harder and more wear resistant than TiN.
• It also provides 50% more spindle speed compared to TiN, especially in stainless steels.
• There is a tendency to gall on non-ferrous materials so please use caution.
• TiCN also requires an increase of 35% to 50% in machining speeds vs. uncoated tools.