Vanadium(iv) oxide CAS 12036-21-4

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Name: Vanadium(iv) oxide

Cas: 12036-21-4

Purity: 99%

MOQ: 1KG

Basic Info

Item description of Vanadium(iv) oxide
The chemical formula of Vanadium(iv) oxide is VO2. Molecular weight 82.94. Dark blue grainy crystal. Specific gravity 4.339. Melting point 1967 ℃. Flammable. It comes from the configuration of sodium chloride. Insoluble in water, soluble in acid and antacid.

Having both sexes: Vanadium(iv) oxide liquifies in acid to form a tetravalent vanadyl ion (VO2+); Liquify in alkali to create vanadate salts (M2V4O9 and M2V2O5). The chemical residential or commercial properties are not really steady. Gradually oxidizes in air and responds with nitric acid to form vanadium pentoxide.

Vanadium(iv) oxide is prepared by heating vanadium pentoxide and vanadium trioxide in equimolar ratios alone from air or melting vanadium pentoxide with oxalic acid, carbon, phosphorus, and sulfur dioxide. Vanadium(iv) oxide is primarily utilized as a high-temperature driver.

Residence of Vanadium(iv) oxide
Black to dark blue tetragonal crystal, rutile crystal kind. Stable in air at area temperature. Family member thickness 4.339, melting point 1967 ℃. Moisture taking in, insoluble in water, soluble in acid and alkali.

Product Introduction

Vanadium(iv) oxide Chemical Properties
Melting point 1967°C
density 4.339 g/mL at 25 °C(lit.)
solubility insoluble in H2O; soluble in acid solutions, alkaline solutions
form Powder
Specific Gravity4.339
color black
Water Solubility Insoluble in water.
Crystal StructureMoO2 type
crystal systemMonoclinic
Space groupP21/c
Lattice constant
a/nmb/nmc/nmα/oβ/oγ/oV/nm3
0.535280.453780.5382590115.208900.1183
Exposure limitsNIOSH: Ceiling 0.05 mg/m3
CAS DataBase Reference12036-21-4(CAS DataBase Reference)
EPA Substance Registry SystemVanadium oxide (VO2) (12036-21-4)

Product Packaging

Vanadium(iv) oxide

Vanadium(iv) oxide is a binary oxide with a solid correlated electron system. Because of the strong interactions between its internal electrons, orbitals, lattice, and rotate, changes in local electrons and crystal structure caused by tiny outside stimuli can generate relatively easy to fix steel insulator stage changes in Vanadium(iv) oxide. With stage shift, the crystal structure, resistance, infrared transmittance, refractive index, and magnetization of Vanadium(iv) oxide undergo fast changes. It is exactly because of the stage change temperature level of Vanadium(iv) oxide near area temperature and the sudden changes in its physical and chemical properties prior to and after the phase change that it has a really wide range of application prospects in electronics, armed forces, every day life, and other fields.

Vanadium(iv) oxide is a suitable option to replace silicon products for the new generation of low-power digital gadgets as a result of its one-of-a-kind residential or commercial properties. Swiss researchers lately showed making use of Vanadium(iv) oxide in aerospace interaction systems to accomplish programmable RF electronic functionality, highlighting the prospective applications of this oxide.

characteristic
Vanadium(iv) oxide displays phase change qualities, with a morphology that can be changed between an insulator and a steel. It acts as an insulator at space temperature level and as a steel conductor above 68 degrees Celsius. This is due to the fact that its atomic structure can change from an area temperature level crystal framework to a metal framework at temperature levels above 68 levels Celsius, and the makeover occurs in less than 1 millisecond, which is a benefit for electronic applications. Associated study has actually led lots of people to think that Vanadium(iv) oxide might come to be an innovative material for the future electronics sector.

application
For several years, scientists have examined the phase change behavior of Vanadium(iv) oxide under various outside stimulation conditions and associated device applications. Details stage shift excitation resources consist of warmth, light, electricity, electrochemistry, magnetism, stress, etc. The stage shift procedure and applications of Vanadium(iv) oxide under various excitement problems vary greatly. Starting from the phase shift of Vanadium(iv) oxide and the special physical and chemical properties triggered by phase transition, this article summarizes the device of Vanadium(iv) oxide phase shift under different stimuli such as warmth, light, electricity, electrochemistry, stress, and magnetic field, along with the response and application of Vanadium(iv) oxide gadgets under matching stimulation conditions.

Related References

Wikipedia-Vanadium(iv) oxide

Manufacturer of Vanadium(iv) oxide

Company Info

China Lookchemical is a professional enterprise that integrates research and development, production, and sales of new chemicals. The company was the first to specialize in providing organic intermediates. After several years of continuous efforts, especially in the fields of surfactants, feed additives, plant extracts, pesticides, industrial chemicals, etc., significant breakthroughs have been made.
 
The company adheres to the concept of “integrity management, strict quality control, customer first” and has received unanimous praise from customers at home and abroad.

At the same time, we can also provide customers with excellent transportation services. Adhere to customer centricity and integrity as the source of development, and gradually improve the company’s various systems. We are high-quality management personnel who have been engaged in chemical trade for many years, with a modern market management philosophy, and constantly explore customer market demands using flexible methods.

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