Application Classification | General Grade | Features | Application |
| Steel | CP8015 | Gradient substrate formed by special sintering process with thick
fine grain Al2O3 and MT-TiCN coating, gives excellent wear resistant performance. | Suitable for finishing and semi-finishing of steel and alloy steel under stable cutting conditions. |
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| CP8025 | High binder functional gradient substrate combined with columnar Al2O3 and MT-TiCN coating, gives toughness and wear resistance at the same time. | Widely used for machining of steel and alloy steel under common cutting conditions. |
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| CP8025S | Ultrafine chemical coating and High binder functional gradient substrate give both wear resistance and toughness. | Widely used for machining of steel and alloy steel under common cutting conditions. |
| CP8035 | Super thick cobalt-rich layer toughening technology gives high strength substrate, combined with dense ultra-fine Al2O3 and MT-TiCN coating. | Suitable for semi-finishing and roughing of steel and alloy steel under interrupted cutting conditions. |
| Stainless Steel | CM7115A | Ultrafine grain cemented carbide substrate, combined with nanostructure composite coating, gives high wear resistance and high temperature red hardness resistance. | Suitable for machining of stainless steel, heat-resistant alloy, titanium alloy and other difficult machine materials under stable cutting conditions. |
| CM7125A | Nanostructured AITiN coating, combined with the substrate with high red hardness and plastic deformation resistance, gives excellent high-temperature oxidation resistance and adhesive wear resistance. | Suitable for general machining of steel and stainless steel at low and medium cutting speed.
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| CM7215 | Nanostructured AITiN coating, combined with the substrate with high red hardness and plastic deformation resistance, gives excellent high-temperature oxidation resistance and adhesive wear resistance. | Suitable for stainless steel finishing to semi-finishing under stable conditions. |
| Cast Iron | CK6005 | Higher wear resistant carbide substrate combined with thick MT- TiCN and Al2O3 coating, gives good wear resistance. | Suitable for high-speed machining of cast iron. |
| CK6015 | High wear resistant carbide substrate combined with thick MT- TiCN and Al2O3 coating, gives good wear resistance. | Suitable for general machining of gray cast iron under various cutting conditions. |
| CK6015S | High toughness substrate combined with MT-TiCN and Al2O3 coating with columnar structure, gives excellent wear resistance and impact resistance. | Suitable for semi-finishing and roughing of gray cast iron and nodular cast iron under various interrupted cutting conditions. |
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| High Hardness | CH3005 | Nano-grain cystal alloy substrate combined with a PVDAl₂O₃ composite coating, offers excellent high-temperature performance.
Maintains performance even in high-temperature environments, preventing deformation or failure due to heat.
Provides a good surface finish, achieving grinding-like results through turning. | Suitable for finishing high-hardness materials with HRC 45-65 after heat treatment. It has wide applications, such as in the mold manufacturing industry for processing various high-hardness mold materials, the automotive industry for machining high-hardness components, as well as in the aerospace, energy, and medical device industries. |
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