new material
Cuprous telluride lump is a high-purity semiconductor material recognized for its excellent electrical conductivity and thermoelectric properties. It is widely used in advanced electronic applications, energy conversion technologies, and optoelectronic devices. Due to its stability and efficiency, cuprous telluride plays a crucial role in thermoelectric generators, infrared detection systems, and renewable energy solutions.
Product Overview
Indium Telluride (InTe) is a black or blue-gray crystalline material with a tetragonal crystal structure, belonging to the layered crystal group. It has a density of 6.29g/cm³ and a melting point of 696°C. Indium Telluride is stable in air, insoluble in hydrochloric acid but dissolves in nitric acid. It is volatile when heated in a vacuum, with vapor remaining stable without decomposition. Known for its strong anisotropy and metallic conductivity, InTe exhibits superconductivity at 10K. The material is primarily produced by the direct reaction between indium and tellurium.
Features
- High Purity (4N): Ensures consistent high quality and performance
- Black or Blue-Gray Crystalline: Excellent physical and chemical properties
- Anisotropic and Metallic Conductivity: Ideal for advanced applications
- Superconducting at Low Temperatures: Demonstrates superconductivity at 10K
- Customizable Specifications: Available in various sizes based on customer needs
Applications
- Semiconductor Industry: Widely used in the electronics industry, particularly for the production of ITO targets, which are key for LCD and flat-screen manufacturing
- Optoelectronic Field: Due to its excellent optical transparency, InTe is frequently utilized in optoelectronic material research and applications
- Superconducting Research: Serves as an ideal material for low-temperature superconducting research
- Fine Chemical Raw Materials: A vital raw material for the preparation of elemental tellurium and tellurides in industrial processes
| Element | Measured Value | Standard Value | Unit | Element | Measured Value | Standard Value | Unit | Element | Measured Value | Standard Value | Unit |
| Li | Zn | Pb | <5 | ppm | |||||||
| B | Ga | Bi | <5 | ppm | |||||||
| F | Ge | Y | |||||||||
| Na | 12 | ppm | As | <5 | ppm | Te | Matrix | wt% | |||
| Mg | <5 | ppm | Se | <5 | ppm | Er | |||||
| Al | 5 | ppm | Zr | Ru | |||||||
| Si | 11 | ppm | Nb | Rh | |||||||
| P | Mo | Os | |||||||||
| Cl | Pd | Cd | |||||||||
| K | Ag | In | |||||||||
| Ca | Sn | ||||||||||
| Ti | Sb | ||||||||||
| V | Ba | ||||||||||
| Cr | ppm | Hf | |||||||||
| Mn | Ta | C | |||||||||
| Fe | <5 | ppm | W | S | <10 | ppm | |||||
| Co | Pt | O | |||||||||
| Ni | Au | N | |||||||||
| Cu | 5 | ppm | Hg | H |
