Tellurium Granules (Te)

Firstly, tellurium coating has significant application value in the field of semiconductor materials. Due to the unique semiconductor properties of tellurium, tellurium coating can be used to improve the electrical properties of semiconductor materials, such as conductivity and stability. This is crucial for manufacturing high-performance semiconductor devices, such as solar cells, photodiodes, and integrated circuits. Tellurium coating can improve the photoelectric conversion efficiency, response speed, and reliability of these devices, promoting further development of semiconductor technology.

Secondly, tellurium coating also plays an important role in the field of optics. Tellurium is a material with special optical properties, and its coating can optimize the performance of optical components. Tellurium coating can adjust the transmission, reflection, and scattering characteristics of light, improving the efficiency and resolution of optical systems. Therefore, tellurium coating has been widely used in fields such as laser technology, fiber optic communication, optical instruments, and displays.

In addition, tellurium coating also exhibits good corrosion resistance and wear resistance. This enables tellurium coating to maintain stable performance in harsh environments and extend the service life of the material. Therefore, in fields such as chemical, mechanical, and aerospace, tellurium coatings are used to protect critical components from corrosion and wear, improving equipment reliability and safety.

Finally, it is worth mentioning that tellurium coating also has potential application value in certain special fields. For example, in the medical field, tellurium compounds can be used to manufacture certain specific medical devices and drugs; In the energy field, tellurium coating may be used to improve energy conversion efficiency and energy storage performance.

CAS： 13494-80-9  

Purity：4N-7N   

Spec.：1-15mm