Superhard Titanium Carbide Nanopowder As Ceramic Reinforcing Materials

                                       Superhard Titanium Carbide Nanopowder As Ceramic Reinforcing Materials

Spec: 40-60nm, 99%,we could also do micron size titanium carbide powder.

Characteristic of titanium carbide nanopowder:

1. Nano-titanium carbide, small particle size, distribution, large surface area, high surface activity, high temperature, anti-oxidation, high hardness, is a good refractory wear-resistant material, is widely used to carbide, superhard wear-resistant material above;

2. The nano titanium carbide has good electrical conductivity, it can be used as the molten salt electrolysis electrode material and conductive electrical contacts;

3. Add one ten thousandth of nanometer titanium carbide can be reduced by titanium carbide ceramic sintering temperature of 200 degrees, and can refine the grain, improve the sintering properties;

4. Nano titanium carbide reinforcing phases can be used as a ceramic material, a metal effective to improve the mechanical properties of ceramic matrix material and conductive properties.

Application of titanium carbide nanopowder:

1 nanometer titanium carbide used in aerospace components: Considering the refractory carbide nano TiC, ZrC having a melting point above3000 ℃, with excellent high temperature strength, and good compatibility with tungsten, thermal expansion coefficients are similar, and has more than Tungsten much lower density. The composite peculiar temperature strength due W substrate temperature increased from brittleness into the plastic, so that nano TiC and ZrC particles at high temperature to enhance the role of the plastic W matrix even more significantly, resulting in composites with excellent high temperature strength, The nano-particles of TiC particles W NONSTOICHIOMETRIC ZrC matrix have better high temperature enhancement;

2 nm titanium carbide ceramic foam: foam ceramics as a filter for a variety of fluid inclusions can be effectively removed, the filtration and adsorption mechanism is agitation. Filter material requirements chemical stability, especially in the metallurgical industry is using the filter requires a high melting point, so the majority of such materials as oxides, but also to adapt to the molten metal filter, the main pursuit to improve the thermal shock resistance. Nano-titanium carbide ceramic foam has a higher strength, hardness, thermal conductivity, electrical conductivity and heat and corrosion resistance than the oxide ceramic foam;

3 is widely used in manufacturing wear-resistant materials, cutting tools, dies, metal melting crucibles and other areas transparent titanium carbide ceramics is a good optical material; titanium carbide abrasives and abrasive abrasive industry is an alternative to aluminum oxide, silicon carbide, boron carbide, traditional ideal material for chromium oxide abrasive material; nano-titanium carbide abrasive materials, abrasive wheel and ointment products can greatly improve the grinding efficiency and grinding accuracy and surface finish.

4 PM areas: nano titanium carbide powder used in powder metallurgy production of ceramics, cemented carbide parts of raw materials, such as drawing dies, carbide tooling. Nano-titanium carbide-based alloy has the following characteristics: (1) high hardness, generally up HRA90 above; (2) good wear resistance, low wear rate; (3) good heat and oxidation resistance; (4) good thermal conductivity, good chemical stability.