1, The guide of the applications of tungsten carbide insert (cemented carbide insert):
1st: the structure of tungsten carbide tips tools should be tough enough.
2nd: cemented carbide tips should be strongly fixed securly.
3rd: before installing of the tungsten carbide tips to the tool holders,the tips and tool holder must be checked,an initial check must be done to ensure that there is no serious bending on the support surface of the tips,there shall be no serious carbulization on the welding surface of the tips,and at the same time,the contaminants on the surface of the tips and in the flutes of the tool holers must be eliminated to ensure the quality of a secure welding.
2,CNC Insert,Coating and without Coating are available:
3,High Quality Tungsten Carbide TNMG160408 CNC Insert,the product's pictures for your reference:
(Also we can make the goods according to your drawing)
II.What are the Advantage of CNC Carbide Insert ?
1. Made in 100% virgin carbide powder, excellent wear resistance and toughness;
2. High performance CVD coating, with super hard and smooth surface;
3. Performed 100% inspection, under ISO9001:2015 quality system control;
4. Professional chip-breaker design, provides perfect cutting performance;
5. Precise dimension, high accuracy;
6. Super long and consistent tool life;
III.What is the Application?
1. Our tungsten carbide CNC inserts are made from 100% virgin raw materials, under HIP processing. They have excellent wear resistance and hardness, widely used in turning, , grooving, and cutting tools for MENTAL
2.For steel, stainless steel, Aluminum processing
3.Triangle (T) turning inserts have three sides of equal length that form three cutting points with 60° nose angles. They're used for making longitudinal cuts, turning, facing, and chamfering in light roughing and finishing applications.They can be rotated (indexed) to expose a fresh cutting edge when the old one dulls.
4.They can be replaced with new compatible inserts of the same style or a different style without removing the toolholder from the machine. Indexable turning tools require fewer tool changes than solid tools in high-volume metalworking and fabrication applications with high speeds, high feeds, and difficult-to-machine materials.