Yttrium nitride powder is a black inorganic compound powder with unique chemical and physical properties. It plays an important role in tantalum powder metallurgy, helping to improve the processing performance of tantalum powder. In addition, yttrium nitride powder is widely used in the manufacturing of high-temperature ceramic materials, especially oxide and nitride ceramics, thanks to its excellent high-temperature resistance performance. However, it should be noted that yttrium nitride powder has poor stability in air, is prone to oxidation, and can decompose in high humidity or humid environments. Therefore, special care should be taken when storing and using it. However, these characteristics of yttrium nitride powder make it indispensable for application in multiple fields.
purity: REN ≥ 99, YN/REN ≥ 99.9
Specification: -100 mesh/-200 mesh
CAS: 25764-13-0
Yttrium Nitride (YN) powder is highly valued for its thermal stability and chemical inertness, especially in high-temperature and harsh chemical environments. The strong Y–N bond imparts excellent resistance to oxidation, corrosion, and decomposition at elevated temperatures. This makes YN powder ideal for demanding applications such as protective coatings in extreme heat or corrosive gas atmospheres, including plasma-facing components and refractory layers.
Unlike many insulating nitride materials, Yttrium Nitride exhibits semi-metallic or conductive behavior, depending on its stoichiometry and processing. This makes YN particularly attractive in electronic applications, where it can serve as a conductive barrier layer, diffusion barrier, or electrode coating in microelectronics and semiconductor manufacturing. It also plays a role in thermoelectric and magneto-resistive applications.
YN powder is often used as a target material for reactive sputtering or vacuum evaporation processes. Due to its uniform particle size distribution and high purity, it delivers stable sputtering rates, good film adhesion, and smooth surface morphology during thin film deposition. Yttrium Nitride films are applied in optical coatings, semiconductor devices, and hard protective films, where both mechanical durability and electronic performance are critical.
Another notable advantage of Yttrium Nitride is its excellent hardness and wear resistance, which is comparable to other transition metal nitrides like TiN or ZrN. This makes YN powder a prime candidate for use in abrasion-resistant coatings, cutting tools, and surface engineering where both mechanical and thermal performance are required. Additionally, it exhibits good toughness, reducing the risk of microcracking under cyclic thermal or mechanical loads.
Emerging research has also highlighted YN as a potential material in the field of quantum materials, topological insulators, and superconductors. Its electronic structure, especially under specific lattice strains or doping conditions, opens possibilities for novel electronic states. These properties are of interest for next-generation computing, sensors, and spintronic devices.
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