Manufacturer of High-Performance SNMG 120408 carbide turning inserts

SNMG 120408 carbide insert:

  1. Raw material selection: High quality tungsten carbide powder is preferred. 100% virgin material.
  2. Imported German PVA sintering furnace. HIP sintering. Which can keep snmg carbide inserts in high density, high hardness, High wear resistance, high precision and high stability, high-performance.
  3. CVD Coating, PVD Coating and self-developed silicon-containing coating, which can significantly improve the wear resistance of the carbide inserts and extend its service life.
  4. Excellent wear resistance and cutting performance.
  5. High efficiency and long service life.
  6. Focus on tool research and development, continuously improve cutting tool quality and non-standard tool design.
  7. Professional engineers and quality inspection teams ensure product process inspection and acceptance inspection to ensure stable product quality and prevent unqualified products from being shipped.
  8. More than 40 years of manufacturing experience.
  9. The SNMG 120408 carbide inserts performance and service life are close to 90-95% of Walterr, SECOO, Coromantt, Sandvikk, Tungaloyy, Kyoceraa, Widiaa and Kennametall.
CNMG carbide inserts model; featuring the SNMG 120408

SNMG 120408 drawing

SNMG insert

SNMG 120408 carbide insert details:

SNMG 120408

SNMG insert manufacturer

SNMG 120404

 

 

 

SNMG 120404 and CNMG 120408 packing:

 

Support customized packaging.

 

Recommended common grades for different processing metal materials:

1. For machining ordinary carbon steel and alloy steel:

Preferred choice: CVD-coated inserts (such as those with Al₂O₃-based coatings) typically correspond to the P-class (blue label).

If the operating conditions require higher toughness (e.g., for interrupted cutting), PVD-coated inserts (such as TiAlN) may be selected.

2. Processing of stainless steel and austenitic steel:

Preferred choice: PVD-coated inserts, particularly those with TiAlN or AlTiN coatings. These coatings effectively inhibit built-up edge (BUE) formation and maintain a sharp cutting edge.

Grade classification: M-class (yellow label).

3. Machining cast iron:

Preferred choice: CVD thick coatings (such as TiCN-Al₂O₃), which offer good wear resistance and compressive strength. The grade designation usually starts with K (red label).

4. High-speed machining, high-hardness materials (hardened steel):

For finishing and continuous cutting: PVD coatings (such as AlTiN or TiSiN) are recommended; these coatings are thin and provide sharp cutting edges, while the surface compressive stress helps resist edge chipping.

For heavy-duty roughing: CVD composite coatings (Al₂O₃ + TiCN) may be selected to leverage their heat and wear resistance.

Please send us inquiries for quotations and free samples for testing:

 

 

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