Optical materials

Battery Materials	Optical Materials	Pharmaceutical Catalysis	Building Materials	Air Conditioning Refrigeration	Grease
lithium carbonate	cesium iodide	lithium carbonate	lithium carbonate	lithium bromide	lithium hydroxide
lithium hydroxide	cesium fluoride	lithium hydroxide	lithium hydroxide	lithium chloride
lithium hexafluorophosphate	cesium carbonate	lithium chloride	lithium chloride
lithium difluorophosphate	cesium nitrate	lithium tert-butoxide	lithium sulfate
lithium perchlorate	cesium sulfate	lithium methoxide	polycarboxylate superplasticizer
lithium tetrafluoroborate	lithium fluoride	lithium acetate	redispersible latex powder
lithium bis-oxalate borate	lithium iodide	lithium iodide	low viscosity cellulose ether
lithium difluoro oxalato borate		cesium carbonate	silicone hydrophobic Powder
lithium trifluoromethanesulfonate		cesium chloride	dry powder defoamer
lithium bis-trifluoromethanesulfonimide		cesium fluoride	expansion agent

Optical materials are widely used in many fields, mainly including the following aspects:

Optoelectronics

Optical materials are widely used in the optoelectronics field, such as in the manufacture of solar panels, LEDs and other optoelectronic devices. In addition, optical materials can also be used to research and develop optical and photoelectric effects in electronic components, providing support for the power industry and information technology.

Medical

In the medical field, optical materials are used to manufacture medical optical equipment and instruments, and their special properties are used to manufacture highly precise medical equipment and drugs, providing protection for the medical industry.

Communications

Optical materials play an important role in optical communications, such as the manufacture of optical fibers. Their special properties enable the development of optical communication technology, and there are also many breakthroughs in the research of new materials.

Energy

The application of optical materials in the energy field includes the manufacture of efficient solar panels and energy conversion materials, providing support for future energy development.

Agriculture

The application of yellow tungsten oxide powder in agricultural films is particularly prominent. It can accurately absorb light that is not beneficial to the growth of crops, such as ultraviolet rays, while ensuring that visible light (such as red light and blue light) that is beneficial to photosynthesis can smoothly penetrate the agricultural film, promoting the growth of crops and increasing production and income.