Photoelectric material is a material that can emit electrons when a stream of photons, having an energy greater than the work function of the material, hits the surface of the material. This effect is called photoelectric effect.
Photoelectric material is a material that can emit electrons when a stream of photons, having an energy greater than the work function of the material, hits the surface of the material. This effect is called photoelectric effect. The most common photoelectric material application is found in the solar panel.
The photoelectric materials have wide applications such as infrared wave transmitted material, laser generation material, photoelectric conversion materials and so on. Rboschco provides large photoelectric materials portfolio including Rare earth oxides, nitrides, tellurides, selenides and more.
Payment Term:
T/T, Western Union, Paypal, Credit Card etc.
Shipment Term:
By sea, by air, by express, as customers request.
Storage conditions:
1) Store in a dry environment at room temperature.
2) Avoid damp and high temperature.
3) Use immediately after opening the inner packing bag.
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Trun Materials specializes in producing high-purity Tellurid powder and telluride target with purities of 4N, 5N.1. Typical purity 99.99% up2. Particle size: 60mesh, 100mesh, or as required.3. Wide range of usage in refrigerating elements, infrared detector materials, solsr cell materials, etc
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Product Performance of Cu2Te Copper (I) Telluride Powder:1, High-purity Copper(I) Telluride Cu2Te (99.99% to 99.999% blocks, granules, powders)Physical propertiesChemical formula: Cu2TeCas No: 12019-52-2Molecular weight: 254.692Density: 7.27 g/cm3Melting point: 900°C2. Purity99.99% to 99.999%3. SpecificationsBlocks, granules, powder
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Product Performance of PbTe Lead Telluride powder:Lead Telluride is thermoelectric material and is used in a number of industrial applications including infrared detection and imaging.Lead Telluride powder Purity:99.99%-99.9999%Lead Telluride powder APS: 100meshLead Telluride powder Color: greyLead Telluride powder Shape: powder,granule,block
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Tin telluride, a 11 element compound semiconductor, sodium chloride type structure, ionic crystal, has a specific covalent bond component. The density is 6.48 g/cm3, and the melting point is 780 degrees Celsius. It is prepared by the Czochralski method and the epitaxial method and is always used to fabricate the infrared detector.
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Bismuth telluride is a gray powder — the molecular formula Bi2Te3. Bismuth telluride is a semiconductor material with good electrical conductivity.Properties: periodic table main group V, VI element compound semiconductor.Triangular crystal, protocell is a diamond hexahedron, lattice constant 1.0473nm, density: .8587g/cm3.
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Antimony telluride, chemical formula Sb2Te3, Molecular weight 626.30, Grey solid, Melting point 639℃, relative density 6.5018.Dissolved in nitric acid.
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1. Physical properties:CAS no. : 12025-39-7Molecular weight: 200.24English name: Germanium tellurideDescription: black crystalDensity (g/mL,25℃) : 6.14Melting point (℃): 725
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It is black or blue-gray crystal. The structure of the tetragonal crystal is layered — the density of 6.29 g/cm3. The melting point is 696 ℃. Stable in air, hardly soluble in hydrochloric acid, but soluble in nitric acid.
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Technical Parameter of TiN Powder Titanium Nitride Powder CAS 25583-20-4:Titanium Nitride Powder wit...
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Aluminum Nitride ceramic powder is a kind of ceramic material with high heat transfer coefficient, good electrical insulating performance. Our Aluminum nitride powder has high purity, small particle size, uniform distribution, specific surface area, high surface activity, low apparent density, good dispersion performance and injection molding, can be used in composite material
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Physical properties:Atomic weight: 193.508Deformed NaCl structure, black, dull grease luster, fragile.Melting point: 660 ℃Density: 5.55g /cm3
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Chemical formula:CuSe. The molecular weight is 142.50. Green and black hexagonal flaky crystals (unstable). The relative density is 5.99. Do not dissolve in water, slightly soluble in hydrochloric acid and ammonia, soluble in hot nitric acid. Decomposes into copper and cuprous selenide when heated to red heat. It exists only in the hexagonal selenium copper ore in nature.
.jpg "ZnTe Zinc telluride Powder CAS 1315-11-3")
.jpg "Cu2Te Copper (I) Telluride Powder CAS 12019-52-2")
.jpg "PbTe Lead Telluride powder CAS 1314-91-6")
.jpg "SnTe Tin telluride powder CAS 12040-02-7")
.jpg "Bi2Te3 Bismuth Telluride CAS 1304-82-1")
.jpg "Sb2Te3 Antimony Telluride CAS 1327-50-0")
.jpg "GeTe Germanium Telluride Powder CAS 12025-39-7")
.jpg "InTe Indium Telluride Powder CAS 1312-45-4")
.jpg "TiN Powder Titanium Nitride Powder CAS 25583-20-4")
.jpg "AlN Powder Aluminium Nitride Powder CAS 24304-00-5")
.jpg "In2Se3 Powder Indium Selenide Powder CAS 12056-07-4")
.jpg "CuSe Powder Copper(II) selenide Powder CAS 1317-41-5")
.jpg "Nano SiC Silicon Carbide Powder CAS 409-21-2")
.jpg "HfH2 Hafnium Hydride powder CAS 13966-92-2")
.jpg "Sc2O3 Scandium Oxide Powder 12060-08-1")
.jpg "GaTe Gallium Telluride CAS 12024-14-5")
.jpg "Nickel stearate")
.jpg "SiO2 Silicon Oxide Powder CAS 14808-60-7")