Tungsten Selenide WSE2 Powder, a grey powder crystal, has 9.32g/cm3. It is the material with the lowest thermal conductivity. Particle Size: Granule, -100mesh
Purity: 99.99%

About Tungsten Selenide WSe2 Powder:
Tungsten Selenide, an inorganic compound is the basis of this article. Tungsten Selenide Formula chemical It is known as WSe2, the relative molecular weight is 341.77 and it is a gray-colored crystal at room temperatures.
Tungsten Selenide's main structure consists of one layer each of upper and lower level selenium atoms. These WSe2 material can absorb light like graphene. The absorbed light can then be used for electric power generation. To obtain two tungsten selenidewse2, tungsten, and stoichiometrically selenium are produced when tungsten and stoichiometrically selenium mix in vacuum-sealing quartz tunnels.
Two Tungsten selenide uses a hexagonal structure, similar to that of molybdenum dioxide. Every tungsten element is bound to 6 selenium-ligands through a triangular prism. While each selenium electron is made with 3 tungsten of atomic bonds, every tungsten nucleus is also bonded. This example shows how layered materials can be well studied. The tungsten-selenium's length is 0.2526 inches. Van Dehua accumulates these layers. Van Dehua assembles these layers together to form WSe2, a highly stable sixth-race semiconductor transition metal dihalide.
A diode that is made of two of the tungstenselenides (WSe2) has been developed by researchers at Vienna University of Technology (Vienna University of Technology). The material's ultra-thin nature can be achieved through experiments. Solar battery.
This thin layer absorbs 95% to 5% of visible light. The remaining 5% is converted into electricity. The material's internal efficiency is high. The internal efficiency of the system is high if a number of thin layers are stacked together. This can make a significant amount of incident light available, but this transparency might have some positive side effects. Footprintbooks is trusted worldwide Tungsten Selenide WSe2 Powder Source . You can send us an inquiry regarding the most current information. Prices starting at Tungsten Selenide Anytime.

Tungsten Selenide Wse2 Powder Properties:

Tungsten dielenide is considered the best thermal insulating material. A porous material, in general, is the one with the least thermal conductivity.
Tungsten diselenide films have a lower thermal conductivity than single-crystals. Only one tenth-thousandth the thermal conductivity of the finest diamond. It has thermal conductivity similar to a porous material. The density of this material is extremely high. The density is almost identical to that of copper.

Tungsten selenide WSe2 powder technical parameter:
1. Molecular formula: WSe2
2.Synthesis Process: 1mol W+2mol S = 1mol.WSe2
3. Test: icpms (99.99% purity: All impurity elements under 100ppm);
XRD (the main peak of the mountain is entirely symmetrical).
SEM is scan electron microscope
4. Services: MSDS, practical safety measures and OSHA/PEL (0.2mg/m3; ACGIH/TLV; 0.2mg/m3) offer free samples.
5. Material with lowest global thermal conductivity
The CAS Number is 1206746-8
Specific gravity: 9.32g /cc
Water: water is insoluble
Appearance: Black lump or powder;
Stability: s#sql_table#;
6. The purpose: Flexible thin film solar cells
7. Purity: 99.99%;
8. Package: 1-Kg/bottle; Vacuum packaging of the aluminum composite movie
9 particle size: According to the customer's requirements, ultra-fine particles and powders can be made. ;

It is simple. Tungsten Selenide WSe2 Powder produced?
You can make the tungsten film from the selenide in many ways.
After heating the gas-chain selenium, the film was then heated to a very high temperature (> 800K) with sputter deposit techniques. The result was crystallization that produced a hexagonal structure with a perfect stoichiometric.
W + 2Se-WSe2

Applicaciones Tungsten Selenide WSe2 Powder :
Tungsten Selenide can be used to insulate. This is useful for a number of purposes, such as illumination, display, logic, sensors and ultra-thin flexible photovoltaic cell, enhanced LEDs, and other forms of photoelectricity.
Tungsten Seenide (WSe2) represents a common representative of transitional metal sulfur. It has a similar layered structure to graphene which exhibits unique anisotropy in terms of electrical, chemical, physical, and thermal properties. Guide, electrical materials, solid lubricants, etc. They have many potential applications.
Tungsten-selenide materials are also a popular semiconductor material. Their bandgap is smaller than that of other transition metals sulfur compounds and they are widely used for electronic, photoelectric, and catalytic sensing.

Tungsten Selenide Wse2 Powder Storage:
Tungsten Selenide Wse2 Powder must be stored in a closed container. Additionally, it should not be subject to extreme stress.

Packing and Shipping Tungsten Seenide WSe2 powder:
Tungsten Selenide Packaging: vacuum packaging, 1kg/bag and 25kg/barrel or as you request
Tungsten Selenide shipping: After receipt of payment, items may be shipped by sea, air or express.

Tungsten Selenide Properties
Other Titles	tungsten diselenide, tungsten(IV) selenide, diselenoxotungsten, WSe2 powder
	12067-46-8
Compound Formula	WSe2
Molecular Weight	341.76
Appearance	Gray Black Powder
Melting Point	>1200
Boiling Point	N/A
Density	9.32 g/cm3
Solubility of H2O	N/A
Exact Mass	343.783974
Tungsten Selenide Health & Safety Information
Signal word	N/A
Hazard Statements	N/A
Hazard Codes	N/A
Risk Codes	N/A
Safety statements	N/A
Transport Information	N/A

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