Titanium Dioxide Nanowire

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Product Details:

Smell Odorless
Storage Store in cool, dry place, in tightly sealed containers, away from acids
HS Code 28230010
Ph Level ~7 (neutral)
Purity >99%
Molecular Formula TiO2
Poisonous Yes
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Titanium Dioxide Nanowire Product Specifications

Molecular Formula TiO2
Poisonous Yes
Main Material Titanium Dioxide (TiO2)
Purity >99%
Ph Level ~7 (neutral)
Classification Inorganic Oxide
Storage Store in cool, dry place, in tightly sealed containers, away from acids
HS Code 28230010
Grade Analytical Grade, Industrial Grade
Type Nanowire
Smell Odorless
EINECS No 236-675-5
Melting Point 1843C
Application Photocatalyst, solar cells, sensors, lithium-ion batteries, UV absorbers, water splitting
Shape Nanowire
Chemical Name Titanium Dioxide
Density 4.2 Gram per cubic centimeter(g/cm3)
Refractive Rate 2.5 - 2.7
Boiling point 2972C
Structural Formula TiO2
CAS No 13463-67-7
Other Names Titania Nanowires, TiO2 Nanowire
Form Powder, Solid, Suspension
Usage Nanotechnology, energy storage, catalysis, environmental applications
Molecular Weight 79.87 g/mol
Solubility Insoluble in water, soluble in concentrated acids and alkalis
Taste Odorless and Tasteless
Standard ISO 9001:2015, ASTM D476

Titanium Dioxide Nanowire Trade Information

Main Export Market(s) Middle East, Africa, Western Europe, Central America, South America, Asia, Eastern Europe, North America, Australia
Main Domestic Market All India

Product Description

Unlock instant savings with our unbeatable sale on premium Titanium Dioxide Nanowire. Crafted with unparalleled expertise, this classic inorganic oxide features a uniform nanowire morphology, high aspect ratio, and comes in both Anatase and Rutile phases. Enjoy flexibility with a choice of packaging: 1g, 10g, or 100gall vacuum sealed for ensured freshness. Boasting high thermal stability, purity above 99%, and a variety of synthesis methods, this product meets ISO 9001:2015 and ASTM D476 standards. Access exceptional performance for your advanced nanotechnology, energy storage, and catalysis needs. Customized services available!

Versatile Uses and Application Areas of Titanium Dioxide Nanowire

Titanium Dioxide Nanowire is used extensively as a photocatalyst and UV absorber, tailored for energy storage, sensors, solar cells, water splitting, and lithium-ion batteries. Its high aspect ratio and crystallinity make it suitable for both research and industrial-scale applications, spanning nanotechnology, catalysis, and environmental protection. Offered in analytical and industrial grades, this nanowire adapts seamlessly to diverse areas of application, ensuring optimal efficiency and remarkable value in innovative technological ventures.

Sample Policy, Domestic Market, and Port Details: Premium Choices

Our Titanium Dioxide Nanowire comes with a premium sample policycustomers can evaluate market value and product performance before committing large outlays. Serving key domestic markets across India, we deliver through primary FOB ports, ensuring swift transactions and logistical ease. Whether your need is for cutting-edge research or commercial production, we offer flexible procurement options, including support for wholesalers, retailers, and manufacturers. Experience unmatched service quality and transparency with every order.

FAQs of Titanium Dioxide Nanowire:

Q: How are Titanium Dioxide Nanowires typically used in industry?

A: Titanium Dioxide Nanowires are used in applications such as photocatalysts, solar cells, UV absorbers, water splitting, lithium-ion batteries, and advanced sensors due to their unique morphology and high surface area.

Q: What is the process for synthesizing Titanium Dioxide Nanowires?

A: These nanowires are synthesized using hydrothermal, sol-gel, or template-assisted techniques, each chosen based on the desired phase, diameter, and length specifications.

Q: Where should Titanium Dioxide Nanowires be stored for optimal shelf life?

A: Store the nanowires in a cool, dry environment inside tightly sealed containers, positioned away from acids, to ensure stability and preserve their quality for up to 24 months.

Q: What are the key benefits of using Anatase or Rutile phase TiO2 Nanowires?

A: Both phases provide high thermal stability and efficiency in catalytic and energy applications; Anatase is favored for photocatalysis while Rutile offers enhanced electrical properties.

Q: When is it suitable to request customized Titanium Dioxide Nanowire synthesis?

A: If your project or application requires specific dimensions, surface area, or crystallinity, you can request a customized synthesis to meet unique research or production needs.

Q: How does the sample policy add value for domestic customers?

A: The premium sample policy enables clients to assess product quality and alignment with their expectations before a significant outlay, providing assurance and supporting informed purchasing decisions.

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