Tellurium Nanowire

Get a Price/Quote

Product Details:

Taste Tasteless
Shape Wire-shaped nano structure
HS Code 28049090
Smell Odorless
Storage Store in a cool, dry, and well-ventilated place away from heat sources and oxidizing agents
Poisonous Yes
Structural Formula Linear chain of Te atoms
Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Tellurium Nanowire Product Specifications

Density 6.24 Gram per cubic centimeter(g/cm3)
Boiling point 990C
Other Names Te nanowire, Tellurium nano-rods
Standard Meets analytical and research standard requirements
Type Nanowire
Ph Level Neutral (7)
EINECS No 231-132-9
Smell Odorless
HS Code 28049090
Taste Tasteless
Shape Wire-shaped nano structure
Poisonous Yes
Structural Formula Linear chain of Te atoms
Storage Store in a cool, dry, and well-ventilated place away from heat sources and oxidizing agents
Molecular Formula Te
Classification Elemental nanomaterial
Main Material Tellurium (Te)
Molecular Weight 127.60 g/mol
Melting Point 449.5C
Solubility Insoluble in water, soluble in concentrated acids and alkalis
Usage Applied in electronic components, energy conversion, chemical sensors, and nanomaterials
Application Semiconductor devices, solar cells, photodetectors, thermoelectric materials, nanotechnology research
Purity >99.99%
Chemical Name Tellurium Nanowire
Form Powder or dispersed in solution
Grade High purity, research grade
CAS No 13494-80-9

Tellurium Nanowire Trade Information

Payment Terms Telegraphic Transfer (T/T), Paypal, Western Union, Cash in Advance (CID), Cheque, Cash Advance (CA)
Main Domestic Market All India

Product Description

Product	Tellurium Nanowire
Formula	Te
Stock No.	NCZNW118-19
Melting Point	722.66K
Boiling Point	1261K
Density	6.24 g/cm3
Diameter	20 nm (customization available)
Length	5 µm (customization available)

Superior Electrical and Physical Properties

Tellurium Nanowire features high electrical conductivity and remarkable thermal stability, making it highly sought after in modern semiconductor and energy applications. Its unique wire-shaped structure and single crystallinity enhance device efficiency and reliability, outperforming many conventional materials.

Optimized Packaging and Purity

Each batch is packed in sealed containers under an inert atmosphere, ensuring the nanowires remain uncontaminated for up to 24 months. With a purity exceeding 99.99%, Tellurium Nanowire meets stringent analytical and research standards, providing consistent results in critical experiments and production processes.

Versatile Applications in Cutting-edge Technologies

Thanks to its nanoscale dimensions and high surface area, Tellurium Nanowire is ideal for use in electronics, sensors, energy conversion, and advanced research. Its adaptability supports technological advancements in photodetectors, thermoelectric materials, and solar cells, driving innovation across multiple industries.

FAQs of Tellurium Nanowire:

Q: How should Tellurium Nanowire be stored to maintain its purity?

A: Tellurium Nanowire should be stored in a cool, dry, and well-ventilated place, away from heat sources and oxidizing agents. Containers must remain sealed under an inert atmosphere to preserve its high purity and extend shelf life up to 24 months.

Q: What are the key benefits of using Tellurium Nanowire in electronic components?

A: The nanowires high electrical conductivity and single-crystal structure enable superior signal transmission and device efficiency. Its stability under standard conditions enhances durability and reduces failure rates in electronic and energy conversion components.

Q: Where is Tellurium Nanowire typically applied?

A: Tellurium Nanowire is widely used in semiconductor devices, solar cells, photodetectors, thermoelectric materials, chemical sensors, and various nanotechnology research projects, especially where high performance and miniaturization are required.

Q: What is the usage process for Tellurium Nanowire in research settings?

A: Researchers utilize Tellurium Nanowire by dispersing it in solutions or incorporating it as a powder into experimental setups. Its wire-shaped nano structure allows integration into device prototyping, material synthesis, and property analysis for advanced technology development.

Q: When does Tellurium Nanowire require replacement or disposal?

A: Replacement is recommended after 24 months, as the shelf life ensures maximum performance until this period. Immediate disposal should occur if the product is compromised by exposure to moisture, oxidizing agents, or physical contaminants.

Q: Which safety measures should be followed when handling Tellurium Nanowire?

A: Since Tellurium Nanowire is toxic by inhalation, ingestion, or skin contact, proper personal protective equipment (PPE) such as gloves, masks, and lab coats must be worn. Work in well-ventilated areas and follow handling protocols to avoid health hazards.

Q: What advantage does high surface area of Tellurium Nanowire provide?

A: The high surface area significantly improves interaction rates in chemical sensors, increases efficiency in energy conversion devices, and enables enhanced performance in nanoscale electronics and photonic applications.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Nano Wires' category

Manganese Tungstate Nanowire Molecular Formula : MnWO4 Main Material : Manganese tungstate Molecular Weight : 278.84 g/mol Melting Point : 1400C (approx) Classification : Other, Inorganic compound, metal tungstate nanostructure Purity : 99% Application : Other, Catalysis, sensors, lithiumion batteries, supercapacitors, gas sensing, optoelectronics Solubility : Insoluble in water, soluble in acids Usage : Research, electronic industry, nanotechnology, laboratory use CAS No : 13477286 Grade : Other, Analytical/Reagent Grade Form : Other, Solid (nanowire form) Chemical Name : Manganese tungstate Type : Nanowire Standard : Complies with laboratory and industrial standards Other Names : Manganese(II) tungstate nanowire Boiling point : Not Applicable (decomposes before boiling) Density : 7.4 Gram per cubic centimeter(g/cm3) EINECS No : 2350272 Shape : Other, Nanowire HS Code : 28419000 Smell : Other, Odorless Storage : Other, Store in a cool, dry place, tightly sealed container Structural Formula : WO4^2 anion coordinated with Mn^2+ Poisonous : Yes Ph Level : Neutral (7.0 in water suspension) Taste : Other , Odorless and tasteless Refractive Rate : 1.89

Send Inquiry

Magnesium Oxide Nanowire Molecular Formula : MgO Main Material : Magnesium Oxide Molecular Weight : 40.30 g/mol Melting Point : 2852C Classification : Other, Oxide Nanomaterial Purity : 99% Application : Other, Catalysts, sensor devices, refractory materials, hightemperature insulation Solubility : Insoluble in water; soluble in acids Usage : Nanotechnology, electronics, ceramics CAS No : 1309484 Grade : Other, Industrial Grade, Nanomaterial Grade Form : Solid Chemical Name : Magnesium Oxide Type : Nanowire Standard : GB/T 260772010 or equivalent Other Names : MgO Nanowire Boiling point : 3600C Density : 3.58 Gram per cubic centimeter(g/cm3) EINECS No : 2151719 Shape : Other, Wire/Nanowire HS Code : 25199090 Smell : Other, Odorless Storage : Other, Store in tightly sealed container, dry condition Structural Formula : MgO Poisonous : Yes Ph Level : Neutral to slightly basic Taste : Odorless Refractive Rate : 1.74

Send Inquiry

Vanadium Oxide Nanowires Molecular Formula : VO or VO (depending on oxidation state) Main Material : Vanadium oxide (VOx) Molecular Weight : 101.94 g/mol (VO) Melting Point : 690C Classification : Other, Inorganic Nanomaterial Purity : 99% Application : Other, Catalysis, energy storage, sensors, electronic devices, battery electrodes Solubility : Insoluble in water, soluble in acid and alkali solutions Usage : Research and industrial applications CAS No : 1314621 Grade : Other, Analytical Grade Form : Other, Powder/solid Chemical Name : Vanadium(V) oxide nanowire Type : Nanowires Standard : ISO 9001:2015 Other Names : Vanadium Pentoxide Nanowires Boiling point : Not applicable (decomposes before boiling) Density : 3.357 Gram per cubic centimeter(g/cm3) EINECS No : 2152398 Shape : Other, Wirelike (nanoscale) HS Code : 28253000 Smell : Other, Odorless Storage : Other, Store in a cool, dry, and sealed environment Structural Formula : O=V(=O)=O for VOâ‚ Poisonous : Yes Ph Level : Neutral (7 in aqueous suspension) Taste : Other , Odorless, tasteless (industrial grade)

Send Inquiry

Lead Titanate Nanowires Molecular Formula : PbTiO3 Main Material : Lead Titanate (PbTiO3) Molecular Weight : 303.08 g/mol Melting Point : Perovskite decomposes above 1250C Classification : Other, Inorganic compound, ceramic material, ferroelectric Purity : 99% Application : Other, Piezoelectric devices, sensors, actuators, transducers, capacitors, ferroelectric memory Solubility : Insoluble in water, soluble in acids Usage : Nanotechnology research, electronic ceramics, advanced material development CAS No : 12060003 Grade : Other, Analytical/Research Grade Form : Solid Chemical Name : Lead Titanate Type : Nanowires Standard : Complies with research and analytical grade specifications Other Names : PbTiO3 nanowires, Lead(II) titanate nanowires Boiling point : Not applicable (decomposes on heating) Density : 7.52 Gram per cubic centimeter(g/cm3) EINECS No : 2350389 Shape : Other, Nanowire HS Code : 28419000 Smell : Other, Odorless Storage : Other, Store in a dry, cool environment, away from strong acids Structural Formula : Perovskite structure Poisonous : Yes Taste : Other , Odorless and tasteless Refractive Rate : 2.6 (approximate)

Send Inquiry

SEND INQUIRY CALL ME FREE