High Purity Antimony Tin Oxide ATO Powder CAS 128221-48-7, 99.9% |

Antimony Tin oxide ATO Powder
Antimony tin oxide Also known as Antimony doped tin oxide Abbreviation: ATO . It is an insulating transparent conductive material that can be used in the field of semiconductors. It can be used to improve transparency, conductivity as well as anti-static, UV and infrared blockage in plastics, glass and other resins. Antimony tin oxide Nanoparticles Their high conductivity and color transparency makes them suitable for a variety of fields. ATO antimony tin oxide In recent years, a new kind of functional material has emerged.

Antimony tin oxide This material is recognized as an excellent one with unique properties. These films are good at absorbing infrared light and show excellent electrical conductivity. Films can maintain transparency while absorbing near-infrared rays.

ATO Antimony Tin Oxide This highly stable and insoluble source of aluminium is suitable for applications such as glass, ceramics, and optics. Antimony Tin Oxide is a transparent conductive oxide that has two important properties: optical transparency and conductivity. These characteristics are crucial for photovoltaic devices, such as solar cells and displays.

Current technology is used to form particulate or nanoparticulate tinoxide and use an acidic medium as a surface coat. However, it has become increasingly important to cover acid-sensitive material with nanoparticulate films of antimony-doped Tin Oxide (ATO).

Antistatic coatings is the primary application market for nano ATO powder . By adding nano-ATO as a filler and choosing the appropriate dispersion technique, it is possible to prepare transparent nano-composite antistatic coatings. ATO is superior in color control to the older conductive fillers that use carbon black.

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Performance of Antimony Tinoxide ATO Powder
ATO (also known as Antimony-doped Tin Oxide) is primarily composed of antimony oxide and tin oxide. The particle size ranges from 5 to 80 nm.

Antimony Tin Oxide ATO powder – Technical Parameter

Main	You can also find out more about Other
As2O3>=	Fe<=	Pb<=	Cl<=	Cr<=	Cd<=	H2O<=
99%	0.03%	0.02%	0.01%			0.30%
98%	0.05%					0.50%
97%	0.08%					0.80%

How do you pronounce Antimony Tin Oxide ATO Powder produced?
The main chemical methods to prepare antimony-tin oxide nanomaterials are the hydrothermal method, the sol-gel method, and microemulsion.
The liquid phase coprecipitation technique is the most common and mature way to produce conductive tin antimony oxide nanomaterials. In this method, aqueous solutions are used to react a salt solution containing tin, antimony, and sodium. The precipitating and other precipitating substances precipitate tin and anthracite cations in the solution.

Applications Antimony Tin Oxide ATO Powder:
Addition of nano level ATO powder during fiber spinning requires special dispersing agents.
Add nano-level textile auxiliaries or ATO to dyeing raw materials such as wool tops or polyester yarns in order for dyeing and functionality to be completed in one process;
Add nano-level ATO Textile Auxiliaries when dyeing or finishing grey fabrics.
Nano ATO powder is small in particle size, compatible with plastics and light colored, allowing for more applications of conductive powders. ATO powder can be turned into plastic additives, or the plastic conductive masterbatch into conductive plastic. ATO particles that are too large will negatively impact the production of plastic conductives. ATO materials must have the smallest particles possible. Antimony tin oxid is used for a variety of other applications.
1. Antimony tin oxide nanoparticles The optical properties are excellent.
Antimony oxide has many applications in optoelectronic devices and flat-panel display devices such as LCD, ECD, LED.
Antimony oxide can be used to make solar cells, transparent electrodes and other products.
The high conductivity makes antimony oxide a suitable antistatic material for coatings, polymer film and chemical fiber industries.
The nanoparticles of antimony-tin oxide also exhibit high heat resistance.
Use antimony oxide to reduce the heat of glass, mirrors and buildings.
Use antimony oxide in aircraft and automobile windows to prevent frost and fog.
Antimony Tin Oxide Nanoparticles Reduce Microwaves
Antimony oxide can also be used to shield areas from electromagnetic radiation. Computer rooms and radars are examples of these areas.