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Introduction to Titanium Carbide TiC Powder

The Introduction of Titanium Carbide TiC Powder

Titanium carbide, also known as TiC is a well-known transition metal carbide, with a NaCl-type cubic crystal structure, a high melting point, hardness and a high Young's modulus. It also has high durability chemically, wear resistance as well as corrosion resistant as well as high electrical conductivity and thermal conductivity. Therefore, it offers numerous uses and great potential in cutting tools as well as aerospace components, foam ceramics, wear-resistant coatings, and infrared radiation ceramics materials.

Application of Titanium Carbide TiC Powder

1. Made up of various multiphase materials

Titanium carbide-based ceramics are super-hard tool materials, TiC and TiN, WC, A12O and other raw material made of various multiphase ceramic materials These materials feature a extremely high melting points, high hardness as well as excellent chemical stability. is the ideal material for cutting tools and wear-resistant equipment, at the same time they offer excellent electrical conductivity is the material of choice for electrodes.

Cutting tools: Due to some percentages of TiC solid particle dispersion inside the matrix, the composite cutting tools do not only enhance the hardness and durability, but also to a some extent, enhance crack toughness, which is greater than the natural tool cutting. This can be a big improvement. A12o3-tic ceramics can use as armor materials. As a material for tools, its hardness is superior to (C N, C), and Ti(C, N) because of N to create it for steel and other cutting materials friction coefficient is greatly reduced. The material offers many advantages to cutting. By combining the advantages of Ti and (C N, C) to form multiphase ceramics, it is a promising tool material can be developed.

2. They are also used for coatings.

Diamond coating: This production process of diamond tools uses predominantly a powder metallurgy impregnation method. Due to the high cross-facial energy that diamond has with more general metallic or alloy, the surface of the diamond cannot be infiltrated by metal or alloy that has a low melting point, and its bond performance is not as good. Recently, many scientists have conducted a large amount of studies to improve the bond strength between metal and diamond. The method of active metal is the most popular in that it involves the addition of some titanium in metal bond, vanadium, vanadium, and chromium. other active elements, as well as tools to sinter liquids, the active metal is composed of high carbon molecules to form elements and the diamond affinity is huge, which allows for improve the surface of diamond in order to achieve the metallurgical bond of metal bond and diamond. But, the strength of the interface is affected by the amount of active metal, sintering temperature and duration as well as others, and needs removal of the binder in order to make it possible to enrich the active metal towards the interface because this method is not suitable for the hot pressing sintering process of diamond and powder in a short time solid phase.

3. Useful for preparing foam ceramics

As a filter, ceramics remove inclusions throughout all types of fluids and the mechanism for filtration is the agitation and adsorption. The filter must have the chemical stability of the material, especially in the metallurgical process with a high melting filtering. This type of material can be used to remove oxide generally, and also adapts to the filtering mechanism of metal melt, which is the main objective for thermal shock resistant. Titanium carbide foams offer greater strength, harderness, electrical conductivity, as well as corrosion and heat resistance that oxide foam ceramics.

4. Utilized in infrared radiation materials

Titanium Carbide is a form of intermetallic material, typically displayed good chemical stability. that is, there is no change in valence or valence state. The system is under the condition of high-temperature removal of samples. Parts of titanium ions can show delay that appear, with the intention of the solid titanium ion melting into the structure of the cordierite position and change in the structure. Comparing to a single-material the radiation efficiency of the material close to 3tma is evidently improved, which is ideal for applications in the area of high temperatures.

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