What is titanium aluminum carbide? Titanium aluminum carbide is the MAX phase, the chemical concept first proposed by Nowotny et al. Alias titanium carbide, titanium carbide block. The ternary layered compound MAX phase is a new metal-ceramic functional material. A microscopic hexagonal layered structure is composed of an alternating arrangement of MX and atomic layers. The main difference between the 211,312, and 413 phases is the number of M atoms between every two layers of A atoms in the crystal. In other words, the Mn + 1AXn phase comprises n + 1 MX sheet layer and 1 A layer of atoms. MX is bound by a strong covalent bond between MX and MX lamelayer and A atomic surface, which makes it A atoms easy to get away from the binding of MX lamina. This unique chemical bond property gives an excellent performance to the MAX phase. With the increase of MX layer thickness, the performance is close to the corresponding M-X binary carbide, and the performance of the MAX phase can be improved by adjusting the MX layer thickness. MAX phase materials combine many advantages of ceramic and metal materials, including low density, high modulus, good electrical conductivity (thermal conductivity), heat and shock resistance, and excellent high-temperature resistance to oxidation performance.
Main uses of titanium aluminum carbide Traditional ceramics are subject to brittleness, fragile, low impact resistance, not easy to process disadvantages such as limitations and difficulty being widely used, and Ti3AlC2 new ceramics make up for the gap it combining the performance of ceramics and metal: both metals have good electrical conductivity, high thermal conductivity, workability, heat resistance, high-temperature plasticity, and high-temperature strength characteristics, and have ceramic materials good corrosion resistance, high modulus, low friction coefficient, and self-lubrication. In addition, Ti3AlC2 also has a low density, which meets the development requirements of the lightweight era. Because of the excellent properties of MAX, it can be widely used in corrosion-resistant materials: corrosion is one of the main culprits of material loss and scrap, and corrosion failure caused by corrosion brings great economic losses to people. It may even endanger people's life safety. As a corrosion-resistant material, the MAX phase has a high surface hardness after carbonization and ingenuity, which theoretically can form an excellent corrosion-resistance protective layer and has excellent corrosion resistance. Moreover, this surface treatment process is quite cheap and convenient to operate. In addition, the density of MAX phase material is much lower than the most widely used steel materials. It can withstand some impact, so in the part of alternative steel components, it can realize the demand of lightweight era, but also can meet the traditional demand of corrosion, especially in the corrosion environment of Marine industry and shipping applications more potential, such as replacing some need anticorrosion processing filter and seals, etc.
Price of titanium aluminum carbide The different price of titanium aluminum carbide purity is also different. The market price of titanium aluminum carbide is in the process of dynamic change. The price of titanium aluminum carbide can be found on our company's official website. If you need it, you can ask us at any time.
titanium aluminum carbide supplier Luoyang Tongrun Nano Technology Co. Ltd. (TRUNNANO) Luoyang City, Henan Province, China, is a reliable and high-quality global chemical material supplier and manufacturer. It has more than 12 years of experience providing ultra-high quality chemicals and nanotechnology materials, including molybdenum Silicide, nitride powder, graphite powder, sulfide powder, and 3D printing powder. If you are looking for high-quality and cost-effective titanium aluminum carbide, you are welcome to contact us or inquire at any time.
