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TNMG1604-Tungsten Carbide Turning Inserts

TNMG tungsten carbide turning inserts feature a newly developed CVD coating grade for improved durability and longer tool life. The double-sided wide-groove geometry provides excellent chip breaking, while sharp and reinforced cutting edges offer good impact, wear and chipping resistance. Multiple geometries and corner radii are available for finishing, medium cutting and roughing of quenched and tempered steel, forged materials, die steel and hard steel.

 

Full Advantages

1. Newly developed CVD coating grade

2. Up to 20% longer tool life

3. Double-sided insert geometry

4. Wide groove for excellent chip breaking

5. Strong impact and wear resistance

6. Good resistance to edge chipping

7. Multiple radii and geometries available

8. Suitable for roughing and semi-finishing steel

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Specification

SpecificationDimension(mm)
ΦI.CSΦdR
TNMG160404R/L9.5254.763.810.4
TNMG160408R/L9.5254.763.810.8
TNMG160412R/L9.5254.763.811.2

What does TNMG160404R-* mean?

  • T means Triangle shape with an 55-degree included angle and specialized edge preparation
  • N means 0-degree clearance angle.
  • M means the tolerance level is M level
  • G means it is double side geometry and with hole.
  • 16 04 04 It has 9.525 mm inscribed circle diameter, 4.76mm thick (approx. 0.187″ in inches), 0.4mm corner radius.
  • R means it is right side cutting. L is left side cutting.

More inserts with different geometry for finishing, medium cutting and roughing are available! Holders are also available!

Application

It can be used for rough and semi-finishing of quenched and tempered materials, forged materials, die steel and hard steel materials such as 20Cr and 40Cr.

Sharp and thick cutting edges with good impact resistance, wear resistance, and chipping resistance

Other CVD coated inserts are available,too

FAQs

Q1:How to select the right insert?

A: 5 key points you need to know when choose the right tool

  • Workpiece material and hardness
  • Machining operation (roughing, finishing, etc.)
  • Desired surface quality
  • Cutting conditions (Vc, feed, depth of cut)
  • Current insert grade and geometry

Need Solutions?

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