Tungsten Carbide Grit Reciprocating

This tungsten carbide grit also called tungsten grints, carbide grits, it is used to welding or solder onto a steel body, to increase the wear resistance properties. For example, if a steel cutter can cut 24 hours without grits, it will cut 240 hours after with the tungsten carbide grits.

Tungsten cemented carbide's main use is still for cutting tools. Machine shops all over the world use it every day. It seems that without this technology our world would be a different place. If you can think of all the things that are machined in this country every year it is amazing. Tungsten Carbide has been a huge contributor to the machining industry.

Tools made of tungsten cemented carbide are stronger and last longer than hardened steel tools. Most of these tools just have tungsten carbide inserts brazed onto a hardened steel part or cutting tool. The sharp part is the tungsten carbide the rest of the tool is steel. This allows the tool to be strong and more flexible while still allowing the cutting surface to be sharp and stay that way. These tools cost less than a tool that is made of completely tungsten carbide.

Tungsten carbide grits size

The normal size (mesh) of tungsten carbide grits

1-12 mesh ,

12-20 mesh,

20-30 mesh ,

30-40 mesh,

40-60 mesh,

60-80 mesh .

Cemented carbide grits are used to form a hardened wear-resistant layer on the surface of the tool or working part used for welding, so as to protect the tool or working part from wear and increase the service life of the tool or working part.

Cemented carbide grits are widely used in drilling and manufacturing, construction machinery, metallurgy and mining

The tungsten carbide grit is suitable for hard facing material.

1 mesh to 12 mesh: used for wear-resistant electrode and mace electrode;

10 mesh to 60 mesh: used for saw blade or play a role of wear-resisting welding in the metal surface.