产品特性

纳米ATO粉体，即锑掺杂二氧化锡粉体，颗粒尺寸为十纳米左右，用于制作具有导电、防静电或者吸收红外线从而达到隔热效果的透明涂层。

Ø 粉体粒径为7-15nm，易于分散。

Ø 对可见光（380nm-780nm）的吸收率极弱，而且由对可视光难以散射的粒子组成，具有高透明性。同时，纳米ATO具有屏蔽和反射红外线的作用，从而具有显著的透明隔热效果。

Ø 抗静电性: 均匀分散的ATO纳米导电颗粒在绝缘基体中的相互连接从而达到防静电效果。

Ø 耐候性，ATO纳米颗粒为高温热处理得到的惰性氧化物纳米颗粒，具有对温度（700℃以下）、酸碱性、湿度及其他腐蚀性物质极强的耐候性。

Product Features

The nano-ATO powder, that is, the antimony doped tin dioxide powder, has a particle size of about ten nanometers and is used for producing a transparent coating having electrical conductivity, antistatic or infrared absorption to achieve thermal insulation effect.

Ø The powder has a particle size of 7-15nm and is easy to disperse.

Ø  The absorption of visible light (380nm-780nm) is extremely weak, and it is composed of particles that are difficult to scatter by visible light, and has high transparency. At the same time, the nano-ATO has the function of shielding and reflecting infrared rays, thereby having a remarkable transparent heat insulation effect.

Ø  Antistatic property: The uniformly dispersed ATO nano-conductive particles are interconnected in an insulating matrix to achieve an antistatic effect.

Ø  Weather resistance, ATO nanoparticles are inert oxide nanoparticles obtained by high temperature heat treatment, and have strong weather resistance to temperature (below 700 ° C), acid and alkali, humidity and other corrosive substances.

应用范围

ATO具有优良的电学和光学性质.利用其良好的导电性，作为隔热，抗静电剂，广泛应用在涂料、塑料、纺织、高分子膜、电子等领域。

1. 用于制作纳米复合透明抗静电涂层；

2. 可作为一种多功能导电材料；

3. 可将导电ATO制成塑料添加剂或塑料导电母粒制成导电塑料；

4. 可应用于透明隔热防紫外等节能领域；

5. 此外还可以利用它对微波的衰减性，可用在计算机房、雷达屏蔽保护区等需要屏蔽电磁波的领域。

Application range

ATO has excellent electrical and optical properties. It is widely used in coatings, plastics, textiles, polymer films, electronics, etc. due to its good electrical conductivity and its use as an insulating and antistatic agent.

1. Used to make nano-composite transparent antistatic coating;

2. Can be used as a multifunctional conductive material;

3. Conductive ATO can be made into plastic additive or plastic conductive masterbatch to make conductive plastic;

4. It can be applied to energy-saving fields such as transparent insulation and UV protection;

5. In addition, it can also use its attenuation of microwaves, which can be used in computer rooms, radar shielding protection areas and other fields that need to shield electromagnetic waves.