1. Nano titanium carbide is one of the transition metal carbides with the highest hardness, but its brittleness is not suitable for pure use. They are added to tungsten-based cemented carbide at 5-30% by weight to increase hardness and high temperature resistance of cutting tools.

2. The cutting surfaces of these tools are sometimes covered with TiC. Tungsten-free tool blades can be obtained by combining TiC nanoparticles, molybdenum carbide, and nickel.

3. Used as alloy additive.

4. Used as the surface material.

5. The compound has a good application prospect in grinding, grinding wheel and so on.

6. Titanium carbide nanoparticles are used as welding and current drilling wires.

7. Titanium carbide nanoparticles are used in the preparation of cermets.

8. Titanium carbide nanoparticles are used for wear-resistant surface coating of metal parts such as tool heads.

9. Titanium carbide nanoparticles are used as thermal insulation coatings for spacecraft atmospheric return.

10.TiC is also used in general tool manufacturing and chemical industries as a basic component of the sintered material ferrotitanium.

11. Titanium carbide nanoparticles are used to produce wear-resistant materials, sharp tools and so on.

12. Titanium carbide nanoparticle coating can improve alloys, abrasive steel bearings, pipes and cutting tools.

13. Used for the preparation of titanium foam ceramic materials. Foam ceramic is combined with a filter to make any type of fluid container work effectively, except for the filtration mechanism to stir the adsorption.

14. The application of titanium carbide nano-granular layer in metal forming is carried out during the CVD process of about 1000 °C, which ensures maximum adhesion. Due to the chemical vapor deposition process, the higher coating thickness can reach 9 μ m, which is a popular wear-resistant reserve for many applications.

15. Nano titanium carbide has become the basis of modern high hardness materials, heat-resistant electrodes, industrial arc lamps, wear-resistant drilling equipment and special tools. Powdered, used as an additive and substitute for graphite.

16. In electrolysis, TiC is used as an electrode together with a mercury cathode. This kind of electrode is essential in underwater electric cutting steel-their electrode consumption is reduced by 6-10 times compared with traditional electrodes.

17. TiC nanoparticles were applied to the coating of graphite electrode in electric arc furnace.

18. TiC nanoparticles are also used in the production of heat-resistant shields for combustion plants, seat-jacketed thermocouples, shell crucibles, ships, glass, semiconductors, metals and nonmetals.

Titanium carbide nanoparticles Price

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tags: semiconductor semiconductor material