Milling & Drilling Insert Grades

Advantages                                                    Steel

Advantages

• Ultra-fine grain carbide substrate with high cobalt content enhances edge
  toughness and stability.
• High-Al PVD coating provides superior wear resistance and prolonged tool
  life.
• Optimized for light milling of steel and cast iron at high speed and feed rates.

Advantages

• Classic tungsten carbide grade optimized for steel milling applications.
• Balanced hardness and toughness ensure reliable cutting performance.

Advantages

• A cermet grade with good hardness and wear resistance, suitable for finishing under stable working condiction.
• Good surface quality of workpiece.

Advantages                      Steel & Stainless Steel

Advantages

• Micron grain size substrate with AlTiSiN PVD coating.
• Great combination of toughness and wear resistance.
  Low coefficient of friction.
• Suitable for continuous cutting of stainless steel,
  alloy steel and carbon steel.
• A wide range of application of finishing, semi-finishing in turning,
  milling and drilling.

Advantages

• Micron substrate with PVD coating.
• Low coefficient of friction.
• Good heat resistance and wear resistance.
• High-speed turning of steel and stainless steel.

Advantages

• Micron substrate with PVD coating.
• Low coefficient of friction.
• Good heat resistance and wear resistance.
• High-speed turning of steel and stainless steel.

Advantages                            Aluminium Alloys

Advantages

• Ultra-high hardness micron substrate,
  with great wear resistance and toughness.
• Refine polishing treatment to avoid adhesion and built-up edge.
• Best choice for high-speed finishing of aluminum.