How do you define it? Titanium Boride ? Gray or gray-black titanium boride is powder with hexagonal crystal structures. It is very hard and has a melting point of 2980degC. Titanium dioxide has an air anti-oxidation temperature at 1000°C. This is also stable in HCl, HF acid and HCl. It is used primarily to make composite ceramic products. Due to its corrosion resistance, titanium diboride can be used in making molten molten crucibles or electrolytic cell electrodes.
Titanium Boride's main attributes
Titanium boride, TiB ₂ It is both the strongest and most stable of all boron compounds. It's a C32 structure with valence bonds. It is a metallicloid compound in the hexagonal system. The complete crystal's structural parameters are: a = 0.3028nm, and C = 0.3228nm. Both the boron atomic and titanium atomic structures in the crystal form alternately a two-dimensional network structure in which B and three other Bs are combined using covalent bonds and an additional electron forms large p bonds. These graphite-like Ti boron layers and their Ti outer electrons are responsible for the high electrical conductivity, metallic luster and good electrical conductivity. ₂ This material has high hardness, as well as brittle properties because of the TiB bond that exists between the titanium and boron atomic layers.

Titanium Boride Properties
Other Titles	TiB2, TiB2 powder, titanium boride powder
	12045-63-5
Compound Formula	TiB2
Molecular Weight	69.489
Appearance	Gray Powder
Melting Point	2980 degC
Boiling Point	N/A
Density	4.52 g/cm3
Solubility of H2O	N/A
Thermal Expansion Code	8.1x10-6m/m.k
Thermo Conductivity	25J/m.s.k
Electrical Resistivity	14.4mO.cm
Exact Mass	69.96656 Da

Titanium Diboride TiB2 powder CAS 12045-63-5

Titanium Boride's applications
1. Conductive ceramic material. It's one of the major raw materials for vacuum coating conductive evaporation boats.
2. Use ceramic tools to cut and mould. You can create finishing tools like wire drawing and extrusion dies. Sandblasting nozzles are also available. Sealing elements are possible.
3. Composite ceramic materials. You can use it as a component of multi-component materials to make composite materials using TiC, TiN and SiC. This will allow you to make high-temperature parts as well as functional parts like engine parts or high-temperaturecrucibles. It's also a great material for armor protection.
4. Aluminium electrolytic cell cathode covering material. The good wettability of TiB2 with molten iron makes it a great cathode coat material for aluminum electrolytic cells. This can help reduce power consumption as well as prolong the lifespan of the cell.
5. PTC ceramic material can be made from it. This flexible PTC material has safety and power-saving features, as well as easy processing and moldability. The product can be used as a modern high-tech version of different electric heating materials.
6. Good strengthening agent for metal materials like Al, Fe and Cu.
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