Titanium Nitride Powder Stock Supply

Titanium Nitride Powder Products

Supply: Titanium Nitride, Titanium Nitride Powder, Micron Titanium Nitride, Nano Titanium Nitride, Ultrafine Titanium Nitride

Specification of Titanium Nitride (TiN)

Structure:

• NaCl-type structure
• Face-centered cubic lattice
• Lattice constant $a=0.4241\text{nm}$
• Titanium atoms at the corners of the face-centered cubic

Appearance:

• Yellow-brown powder
• Black in ultrafine powder form
• Golden in crystal form

Physical Properties:

• Melting point: 2950∘C2950^\circ\text{C}2950∘C
• Density: 5.43−5.44 g/cm35.43 – 5.44 \, \text{g/cm}^35.43−5.44g/cm3
• Mohs hardness: 8-9
• Excellent thermal shock resistance

Unique Characteristics:

• Higher melting point compared to most transition metal nitrides
• Lower density than most metal nitrides
• Hardness close to diamond

Applications:

• Coatings: Used on titanium alloys, steel, hard alloys, and aluminum structures to improve surface properties.
• Thin Coatings: Harden and protect cutting and sliding surfaces, for decorative purposes. The coating thickness is typically less than 5 micrometers.

Industrial Applications

• Biocompatibility:
  • Highly biocompatible
  • Suitable for clinical medicine and dentistry
• Lubricant:
  • Low friction coefficient
  • Useful as a high-temperature lubricant
• Decorative Material:
  • Metallic luster
  • Realistic gold-like appearance
  • Potential in the gold substitute decoration industry
  • Can be used as a gold-colored coating in the jewelry industry
  • Potential replacement for WC, reducing application costs
• Cutting Tools:
  • Excellent hardness and toughness
  • Develop cutting tools that outperform ordinary carbide tools in sharpness and service life
• Multifunctional Ceramic Material:
  • Adds value to TiC-Mo-Ni cermets by refining grain size
  • Improves ceramic physical properties at room and high temperatures
  • Enhances high-temperature performance and oxidation resistance
  • Strengthens ceramics with added TiN powder
  • Forms conductive network in TiN/Al2O3 composite nano-ceramics for the semiconductor industry
• Refractories:
  • Improves slag resistance in magnesia-carbon bricks
• Structural Material:
  • Used in jet engines and rockets
  • Common in bearings and sealing rings
• Electrical Conductivity:
  • Excellent electrical conductivity
  • Used for various electrodes and contact materials
• Superconductivity:
  • High superconducting critical temperature
• Refractory Material:
  • High melting point
  • Low density compared to most metal nitrides
• Insulating Glass Coating:
  • Improves insulation properties of glass
  • Enhances thermal insulation with film thickness >90 nm
  • Infrared reflectance >75%