TT1300 CVD coating, ideal for high speed machining of cast iron and steel. Aluminum oxide coating on high wear-resistant substrate, suitable for rough and finish machining of cast iron.

TT1500 CVD coating is suitable for high-speed machining of steel and medium and low-speed machining of cast iron. High resistance to crater and flank wear during steel finishing and cast iron finishing

TT3500 CVD coating is suitable for general turning of steel parts, and shows good wear resistance and toughness in medium and rough machining of steel parts.

TT5030 PVC coating, suitable for general turning of superalloys, the finer the matrix structure, the better the corrosion resistance.

TT7220 is suitable for medium rough and medium machining of carbon steel and alloy steel.

TT5100 CVD coating is suitable for general turning of stainless steel and low carbon steel. It has strong chipping resistance and is suitable for processing viscous materials. It is an ideal product for machining stainless steel and low carbon steel.

TT7100 CVD coating is suitable for heavy rough machining and interrupted cutting of steel parts. This grade has good toughness for rough machining of steel parts.

TT8020 PVD coating is suitable for medium and low speed machining of stainless steel, special alloy and low carbon steel. The grade with the best toughness for turning system products, the first choice for interrupted cutting of stainless steel and special alloys.

TT9030 is suitable for semi-rough and medium machining of steel and stainless steel, high-speed machining of gray and ductile iron. Has strong resistance to mechanical shock.

CT3000 is suitable for high surface precision machining of steel, stainless steel and cast iron, exhibits good wear resistance and low friction coefficient.

PV3010 PVD-coated cermet is suitable for high surface machining of steel, stainless steel and cast iron, with good wear resistance and long tool life.

AB2010 New hybrid ceramic grade with TiN coating on alumina substrate for longer tool life compared to TiCN ceramic inserts when machining hard materials.

K10 Uncoated carbide has good wear resistance and is suitable for general turning of cast iron, special alloys, non-ferrous metals such as aluminum and copper alloys

AW20 ceramic Al2O3+ZrO2 matrix, suitable for high-speed continuous cutting of cast iron. Good chemical stability and high temperature resistance, improved wear resistance, this grade is the first choice for hardened steel and hard material processing.

AB20 Ceramic Al2O3+TiCN matrix, high wear resistance, stable cutting, continuous processing of high-hard steel and high-hard materials and finishing of cast iron.

AB30 Ceramic Al2O3+TiC matrix, suitable for general turning of hard materials and cast iron. Has good wear resistance and toughness, suitable for intermittent cutting.

AS10 Ceramic Si3N4 matrix, suitable for dry and wet cutting of cast iron, high wear resistance, good toughness and thermal shock resistance.

SC10 CVD coating on ceramic Si3N4 substrate, suitable for high-speed dry and wet cutting of cast iron, high wear resistance, good toughness and thermal shock resistance.

AS20 ceramic Si3N4 matrix, high temperature nickel-based alloy for rough and finish machining. Suitable for high-speed dry and wet cutting of cast iron, high wear resistance, good toughness and thermal shock resistance.

KB50 CBN is suitable for fine machining of hard materials, with low CBN content and good wear resistance.

TB650 CBN is widely used in hard material cutting with good wear resistance.

KB90 CBN is suitable for high-speed cutting of cast iron and interrupted cutting of hard materials. High CBN content, good toughness.

KP300 PCD aluminum alloy with the best combination of general cutting, toughness and wear resistance. Therefore, T9015 and NS530 generally use one rough car and one fine car.