Description
Tungsten Oxide (WO₃) Nanopowder / Nanoparticles (99.99%, 55 nm, Tetragonal)
Tungsten Oxide (WO₃) Nanoparticles are advanced functional nanomaterials with a high purity of 99.99% and an average particle size of ~55 nm. With a tetragonal crystalline structure and nearly spherical morphology, WO₃ nanomaterials are valued for their unique optical, catalytic, electronic, and sensing properties.
These nanoparticles are widely applied in gas sensors, smart windows, infrared devices, and energy systems, as well as in ceramic pigments and catalysts. Their stability, fine particle distribution, and exceptional purity make them ideal for both industrial and research applications.
Technical Properties
Purity (%): 99.99
Average Particle Size (nm): ~55
Crystal Structure: Tetragonal
Morphology: Nearly spherical
Melting Point (°C): 1470
Bulk Density (g/cm³): ~1.5
True Density (g/cm³): ~7.1
Elemental Analysis (wt% max):
Ni: 0.008 | Fe: 0.009 | Cu: 0.012 | Cr: 0.062 | (trace Cu repeat: 0.012)
Applications
Electronics & Optics:
Gas, humidity, and temperature sensors
Large-area displays and high-density memory devices
X-ray screens and optical imaging components
Infrared switching devices and smart windows
Catalysis & Environmental Uses:
Photocatalysts for wastewater treatment and air purification
Automobile exhaust catalysts
Solar energy conversion and electrochromic devices
Ceramics & Pigments:
High-performance ceramic pigments
Colorants for chinaware and specialty glass
Tungstate precursor materials for advanced ceramics
Materials & Metallurgy:
Production of tungsten metal, WC, and super-hard alloys
Cutting tools, molds, and tungsten strips (via powder metallurgy)
Fire-proofing fabrics and textiles
Specialty Applications:
Writing-reading-erasing optical devices
Magnetic and electro-optical devices
Advanced imaging and laser-based components