Zirconium-nitride =105.2, density 7.99g/cm3, and is a light yellow powder. ZrN has high chemical stability and a low decomposition temperature, making it a tough refractory material. This makes ZrN resistant to high temperatures, corrosion, wear, and other environmental factors. ZrN is an excellent high-temperature structure material, superhard tool and surface protector material. ZrN thin film is a light golden colour with low brightness. It is ideal for areas where titanium dioxide isn’t suitable for coating. ZrN that has been grown via physical vapor deposit (PVD), is light golden and similar to elemental. ZrN’s room temperature resistivity is 12.0mO*cm. It has a temperature coefficient of resistance of 5.6*10-8O*cm/K. The superconducting temperature is 10.4K. And the relaxation lattice parameter of 0.4575nm. ZrN, single-crystal ZrN has a hardness of 22.7+-1.7 GPa. The elastic modulus is 450 GPa.

Zirconium nitride is hard (15 GPa), 10, has a high melting point (32980+-50degC), excellent thermal conductivity (45-50W/mK), low resistance (45-50W/mK), good wear resistance, and high corrosion resistance. It is gaining widespread interest and has many uses, including as a coating for thermal barriers, mold settings for material process and diffusion barriers.

1. This material is widely used for powder metallurgy and fine ceramic raw material powder. It can also be used to conductive materials and decorative materials. This material is very conductive and can be used in the manufacture of conductive materials like electrodes and contacts for molten sodium electrolysis. This material can be added to any hard tool.

2. It is used as powder metallurgy or fine ceramic raw material powder.

A variety of methods are used to synthesize zirconium nutride powder. These include direct nitridation Zr with nitrogen, high energy reactive ball milling, microwave plasma, and aluminum reduction.

1. Direct nitriding (direct nitriding) of metal zirconium, and nitrogen at temperatures of 1100-1200degC

Zirconium-tetrachloride is first formed an adduct in ammonia. Next, it’s heated to 750°C for conversion into zirconium pentaride (Zr3N4). After that, the mixture is further heated to 1200°C for conversion into zirconium nutride (ZrN). Ammonia can react above 1000degC in the presence of sulfuric acids to make zirconium nutride.

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