Tool Selection Guides
Type of Insert
Surface Treament
Material Class
Coating Method
Hardness (HRA)
Grade
Features
Main Component
Coating Thickness
For Machining Steel and Cast Iron Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistance coating. For Machining Steel and Cast Iron Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistance coating.
XC3020 CVD 90.5
TiCN + Al 2 O 3
10 μm
XP3025 PVD 90.5
TiAlN
5 μm
For Machining Steel, Stainless Steel and Cast Iron Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistant coating.
XC3025 CVD 90.8 TiCN + TiN + Al 2 O 3
4 μm
For Machining Steel and Cast Iron Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistant coating. For Machining Steel, Stainless Steel and Cast Iron A grade for general purpose milling. Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistant coating. For Machining Steel, Stainless Steel and Cast Iron Excellent balance; can accommodate a wide range of workpiece materials.
XC3030 CVD 89.5
TiCN + Al 2 O 3
10 μm
XP3035 PVD 89.5
TiAlN
5 μm
P
XP3930 PVD 90.8
TiAlN
3 μm
For machining steel and stainless steel Excellent balance of wear-resistance and chipping-resistance; can accommodate a wide range of workpiece materials.
XP8030 PVD 91.9
TiAlN
3 µm
For machining steel and cast iron Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistant coating.
XC8035 CVD 89.6
TiCN + Al₂O₃
7 µm
For Machining Steel, Stainless Steel and Cast Iron Composed of a tough carbide material with an excellent general purpose coating. For Machining Steel and Cast Iron Composed of a tough, high-strength carbide material with a chipping-resistant and wear-resistant coating.
XP3225 PVD 91.5
Cr
3 μm
SiC Silicon-based heat-resistant coating SiC Silicon-based heat-resistant coating
XP3310 PVD 92.5
3 μm
For Machining Steel, Stainless Steel and Cast Iron Composed of a tough carbide material with a heat-resistant and wear-resistant coating. For Machining Stainless Steel and Steel Composed of a tough, high-strength carbide material with an anti-chipping and wear resistant coating. For Machining Stainless Steel and Steel Ideal for general-purpose milling. Composed of a tough, high-strength carbide with an anti-chipping and wear-resistant coating. For machining stainless steel Composed of a heat-resistant carbide material with a heat-resistant and wear-resistant coating. For Machining Cast Iron Composed of a tough, high-strength carbide material with an anti-chipping and wear-resistant coating. For Machining Cast Iron Composed of a tough, high-strength carbide material with an anti-chipping and wear-resistant coating. For Machining Non-Ferrous Materials Composed of a non-coated carbide material with an anti-chipping and wear-resistant properties. For Machining Non-Ferrous Materials Micro crystal diamond provides a coating layer with excellent strength. For Machining Heat-Resistant Alloy and Stainless Steel Composed of a tough carbide material with an oxidation-resistant and high-lubricity coating. For Machining Heat-Resistant Alloy and Stainless Steel Can be used for wet machining. Composed of a tough carbide material with an oxidation-resistant and high-lubricity coating. For Machining High Hardness Steel Composed of a tough, high-strength carbide material with a wear-resistant coating. For Machining High Hardness Steel Composed of a tough, high-strength carbide material with excellent thermal conductivity.
XP3320 PVD 91.5
3 μm
XP2025 PVD 91.0
TiAlN
5 μm
M
XP2040 PVD 89.6
TiAlN
5 μm
XP2225 PVD 91.5
Cr
3 µm
XC1015 CVD 91.5
TiCN + Al 2 O 3
10 μm
K
XP1020 PVD 91.5
TiAlN
5 μm
CK010
–
92.0
–
–
N
XC4505 CVD 93.0
DIA
12 μm
TiN + Ti (CN) + Al 2 O 3 + Ti (BN)
XC5035 CVD 89.3
6 μm
S
XC5040 CVD 89.3
TiN + TiB₂
4 μm
XP6015 PVD 92.2
TiAlN
4 µm
H
SiC Silicon-based heat-resistant coating
XP6305 PVD 93.0
3 μm
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