Indium selenide (In₂Se₃) lump is a high-purity semiconductor material recognized for its excellent electronic, optoelectronic, and thermoelectric properties. It is widely used in thin-film transistors, photovoltaic cells, infrared detectors, and advanced electronic research. Due to its unique layered structure and superior electrical conductivity, indium selenide plays a crucial role in precision electronics, nanotechnology, and next-generation semiconductor applications.
Product Description
Indium Selenide (In₂Se₃) is a black crystalline or dark flaky material with several crystal structures, including α, β, γ, δ, and κ forms. It has a melting point of 667°C and a density of 5.78g/cm³. Indium Selenide should be stored in a cool, dry, and well-ventilated environment at room temperature, and it should be protected from light, open flames, and high temperatures. As an important semiconductor material, Indium Selenide demonstrates superior electronic properties compared to silicon and is considered a potential alternative to silicon in the future, particularly in the manufacturing of electronic chips.
Product Features
- High purity (4N) ensures stable semiconductor performance.
- Lump form, suitable for semiconductor device production and research.
- Good chemical stability, ideal for use under stringent conditions.
- Custom sizes and specifications available upon request.
Applications
- Semiconductor Materials: Indium Selenide is a superior semiconductor material compared to silicon, widely used in the manufacturing of high-performance electronic chips.
- Electronic Devices: As a next-generation semiconductor material, Indium Selenide has the potential to replace silicon in electronic device applications.
- Future Replacement Material: Indium Selenide holds significant research and commercial potential as a key material for future electronic technologies.
Element | Measured Value | Standard Value | Unit | Element | Measured Value | Standard Value | Unit | Element | Measured Value | Standard Value | Unit |
Li | Zn | 9 | ppm | Pb | 1 | ppm | |||||
B | Ga | Bi | |||||||||
F | Ge | Y | |||||||||
Na | As | 4 | ppm | Th | |||||||
Mg | 2 | ppm | Se | Matrix | wt% | Er | |||||
Al | Zr | Ru | |||||||||
Si | 10 | ppm | Nb | Rh | |||||||
P | Mo | Os | |||||||||
Cl | Pd | Cd | 7 | ppm | |||||||
K | Ag | 3 | ppm | In | Matrix | wt% | |||||
Ca | Sn | 10 | ppm | ||||||||
Ti | 10 | ppm | Sb | ||||||||
V | Ba | ||||||||||
Cr | Hf | ||||||||||
Mn | Ta | C | |||||||||
Fe | 5 | ppm | W | S | |||||||
Co | Pt | O | |||||||||
Ni | 5 | ppm | Au | N | |||||||
Cu | 8 | ppm | Hg | H |