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Tungsten Oxide Nanorods

Tungsten Oxide Nanorods

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Product Details:

  • Melting Point 1473C (approx.)
  • Form Nanorods
  • Usage & Applications Optoelectronic devices, catalysis, sensors, batteries
  • Surface Finish Smooth, rod-like morphology
  • Water Absorption Negligible
  • Chemical Composition WO3
  • Purity(%) >99%
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Tungsten Oxide Nanorods Product Specifications

  • Nanorods
  • Optoelectronic devices, catalysis, sensors, batteries
  • High thermal and mechanical stability
  • Low
  • Smooth, rod-like morphology
  • Negligible
  • Nanorods
  • 1473C (approx.)
  • Low
  • Excellent at high temperatures
  • Yellow to greenish yellow
  • >99%
  • Gas sensors, photocatalysts, smart windows, and energy storage devices
  • 7.16 Gram per cubic centimeter(g/cm3)
  • Acidic refractory
  • 7.16 g/cm
  • Tungsten Oxide Nanorods
  • WO3

Tungsten Oxide Nanorods Trade Information

  • Paypal, Western Union, Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque
  • 55000 Per Year
  • 7 Days
  • Australia, Central America, Western Europe, Middle East, Africa, South America, Asia, Eastern Europe, North America
  • All India

Product Description



Unlock top-notch performance with our Tungsten Oxide Nanorods, designed for cutting-edge research and industrial applications. Featuring a flawless, rod-like morphology and remarkable purity (>99%), these nanorods exhibit unprecedented stability under challenging conditions. With an average diameter of 50-100 nm and a length of 1-5 m, they present exceptional thermal and mechanical stability, making them ideal for gas sensors, photocatalysts, smart windows, and energy storage devices. Order today and buy online to experience the superior quality of WO3 nanorods!

Commercial Applications, Plant Advantages, and Machine Features

Tungsten Oxide Nanorods are acclaimed for their versatility in commercial sectors, playing a vital role in optoelectronic devices, advanced sensors, catalysis, batteries, and smart windows. Their robust stability and excellent dimensional integrity under high temperatures make them advantageous in plant operations. The smooth, uniform surface of the nanorods ensures efficient interactions within machines, resulting in improved process reliability, energy efficiency, and prolonged equipment lifespan. These premium nanorods empower manufacturers, exporters, retailers, and researchers to achieve superior results.


Valuation, Arrival, and Expenditure Details: FOB Port and Domestic Markets

Valuation of Tungsten Oxide Nanorods aligns with their high purity and flawless quality. Shipment is typically made from leading FOB ports for seamless global arrival. Payment terms are designed for flexibility, accommodating various expenditure requirements of clients. With a primary focus on major domestic markets, the supply chain is structured to ensure rapid delivery, minimizing waiting times and optimizing operational costs for buyers, dealers, and traders within the region.


FAQs of Tungsten Oxide Nanorods:


Q: How should Tungsten Oxide Nanorods be stored for maximum stability?

A: Tungsten Oxide Nanorods should be stored in a cool, dry place, tightly sealed within their containers to maintain chemical stability and prevent contamination.

Q: What process is used for synthesizing these Tungsten Oxide Nanorods?

A: These nanorods are synthesized using hydrothermal methods or chemical vapor deposition, tailored to achieve either a monoclinic or hexagonal crystal structure depending on the synthesis conditions.

Q: When can I expect my order to arrive after purchasing online?

A: After placing your order online, shipment and arrival times depend on the FOB port used and your location. Typically, domestic orders are expedited for quicker delivery.

Q: Where are Tungsten Oxide Nanorods commonly applied in commercial industries?

A: These nanorods are widely used in gas sensors, photocatalysts, smart windows, energy storage devices, and optoelectronics, thanks to their outstanding thermal stability and high purity.

Q: What are the main benefits of using Tungsten Oxide Nanorods in machines?

A: Their high thermal and mechanical stability, chemical resistance, and low porosity contribute to excellent process reliability, minimal degradation, and extended operational lifespan for advanced machinery.

Q: How does the low water absorption of these nanorods benefit their usage?

A: Negligible water absorption ensures the nanorods maintain their structural integrity and optimal performance even in demanding environments, enhancing reliability in various applications.

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