High Purity Zinc Antimonide ZnSb Customized

Chemical Formula: ZnSb

CAS: 12039-35-9

Model: Sup-ZnSb

Purity: 99.999% (Customized)

Description: Zinc Antimonide (ZnSb) is a key inorganic compound known for its unique electrical and thermal properties, making it ideal for applications in materials science and semiconductor technology. As an effective thermoelectric material, ZnSb efficiently converts heat to electricity, making it suitable for thermoelectric generators and coolers. Its high performance in optoelectronic devices enhances sensitivity and response times in photodetectors and lasers. With its excellent stability and conductivity, Zinc Antimonide is poised to play a significant role in advancing high-performance materials and innovative electronic applications. Explore how ZnSb can elevate your technological projects and research endeavors.

Product Description

Chemical Name: Zinc Antimonide

Chemical Formula: ZnSb

CAS: 12039-35-9

Purity: 99.999%-99.9999% (Customized)

Specifications: 1-15 mm particles or -60 mesh powder.

Zinc Antimonide (ZnSb) is an important inorganic compound widely used in materials science and the semiconductor field. As an alloy compound, ZnSb possesses unique electrical and thermal properties, making it suitable for thermoelectric materials and optoelectronic devices.

Physical and Chemical Properties

- Appearance: Zinc antimonide typically appears as a black or dark gray solid with good mechanical strength.

- Density: The density of ZnSb is approximately 5.7 g/cm³, indicating its relatively high mass.

- Melting Point: It has a high melting point, suitable for use in high-temperature environments, ensuring material stability.

- Electrical Conductivity: ZnSb exhibits good electrical conductivity, which can be significantly enhanced when doped.

Applications

The main applications of zinc antimonide include:

1. Thermoelectric Materials: As a key component in thermoelectric generators and refrigeration devices, ZnSb can effectively convert thermal energy to electrical energy.

2. Optoelectronic Devices: Used in photodetectors and other optoelectronic devices, ZnSb improves the material's responsiveness to light.

3. Catalysts: In certain chemical reactions, ZnSb can function as a catalyst, facilitating the reaction process.

4. Alloying: When combined with other semiconductor materials, ZnSb can improve conductivity and thermal stability, making it suitable for high-temperature applications.

Summary

With its superior physical and chemical properties, zinc antimonide demonstrates broad application potential in thermoelectric, optoelectronic, and materials science fields. As technology continues to advance, it will play an important role in the research and development of new electronic devices and high-performance materials.