Introduction to Titanium Carbide TiC Powder
Titanium carbide, also known as TiC is a classic transition metal carbide featuring a NaCl cubic crystal structure, high melting point, hardness and a high Young's modulus. It also has high physical stability, chemical resistance and resistance to corrosion and excellent thermal and electrical conductivity. It has many applications and has a great potential in cutting tools aerospace components, high-wear coatings, foam ceramics and infrared radiation materials.
applications of Titanium Carbide TiC Powder
1. Utilized to create various multiphase materials
Titanium carbide is a type of ceramic that belongs to the super-hard tooling materials TiC and TiN including WC, TiN, as well as other raw materials that are made of various multiphase materials These materials have a extremely high melting points, high hardness and excellent chemical stability. is the best material for cutting tools, wear-resistant and other parts, at the same time they are extremely electrically conductive is the material of choice for electrodes.
Cutting tools: Due to the proportion of TiC dispersion of hard particles in the matrix, the composite cutting tools not only to further improve the hardness, but also to a certain extent, improve the fracture toughness, higher than the natural tool cutting performance by quite a bit. A12o3-tic system ceramics can also be used as armor-grade materials. It is a suitable tool material. the hardness is much higher than (C, N) and Ti(C N, C) due to N. To help it work on steel, and other cutting materials the friction coefficients to be greatly reduced. There are many advantages of cutting. By combining the advantages of Ti and (C, N) to create multiphase ceramics, it is a promising tools material can also be prepared.
2. For coating purposes, they are used as materials.
Diamond coating: The manufacturing method for diamond tools is generally the powder metallurgy impregnation method. Due to the high interfacial energies between diamond and all metals or other alloys, the diamond surface cannot be coated with metal or alloy that has a low melting and its bonding capability is not great. In recent years, many researchers have conducted lots in research that has helped improve the bond strength between metal and diamond. The active metal method is the one most frequently used technique, which involves adding some titanium into the metal bond vanadium, chromium, as well as other active metal, tool to sinter liquids and the active metal is high carbon compounds form elements, and the diamond affinity is huge, which allows for increase the strength of the diamond surface in order to achieve the metallurgical interaction of metal bond and diamond. The strength of the bond will be affected by the amount of active metal and sintering temperature as well as other variables. It is necessary to achieve for the breaking down of binder to ensure the enrichment and enlargement of active metal to the interface as this method isn't appropriate for hot pressing sintering of metal and diamond powder within a short solid phase.
3. This is the method used to prepare foam ceramics
A filter, ceramics can effectively remove inclusions throughout all types of fluids Its filtration mechanism is the agitation and adsorption. The filter requires the chemical stability of the material, especially in the industry of metallurgical with a high melting point filter, and this type of material can become oxide in the majorityof cases, but it also has the ability to adjust to the filtering process of metal melt, the principal goal of thermal shock resistance. Titanium carbide foam ceramics possess stronger strength, harderness heat and electrical conductivity, along with corrosion and heat resistance more than oxide-based foam ceramics.
4. Utilized in infrared radiation materials
Titanium carbide is an example of intermetallic compound. It has typically exhibits good chemical stability, having no change in valence, and the system is in the process of high-temperature reduction of the process of making samples. Parts of the titanium ions are prone to delay to appear, intending to melt the titanium ion into the structure of the cordierite location, and changes in the structure. Compared with a single material its radiation performance of the compound near 3tma is obviously improved, which is ideal for applications in the area of high temperatures.
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