性状 受热后逐渐变成红褐色。不溶于水，易溶于酸   纳米氧化铟采用气化法制造，具有高纯度，优良分散性、流动性和可成型性等特点。

备注: 以上描述，仅作参考，并不表示您收到的产品，与此项描述完全相符，产品的出厂标准，请参见质量标准。

质量标准    

99.99% metals basis:

外观Appearance                                 Yellow Powder
X-射线衍射分析X-Ray Diffraction         Conforms to Structure
纯度Purity                                         ≥99.99% Based on Trace Metals Impurities of ICP
ICP:                                                  Confirms Indium Component Confirmed
In                                                     ≥80.2 % (Complexiometric EDTA)
痕量金属分析total metallic impurities      ≤200ppm by ICP Atomic emission
(Al、Ca、Fe、Mg、Sb、Sn、Ti、Zn)

99.99% metals basis， <100 nm (TEM)

外观Appearance                                  Yellow Powder
X-射线衍射分析X-Ray Diffraction          Conforms to Structure
纯度Purity                                         ≥99.99% Based on Trace Metals Impurities of ICP
ICP:                                                  Confirms Indium Component Confirmed
In                                                     ≥80.2 % (Complexiometric EDTA)
痕量金属分析total metallic impurities     ≤200ppm by ICP Atomic emission
(Al、Ca、Fe、Mg、Sb、Sn、Ti、Zn)
平均粒径Particle size                   ≤100 nm(TEM)

99.99% metals basis， <50 nm (TEM)

外观Appearance                                 Yellow Powder
X-射线衍射分析X-Ray Diffraction          Conforms to Structure
纯度Purity                                         ≥99.99% Based on Trace Metals Impurities of ICP
ICP:                                                  Confirms Indium Component Confirmed
In                                                     ≥80.2 % (Complexiometric EDTA)
痕量金属分析total metallic impurities     ≤200ppm by ICP Atomic emission
(Al、Ca、Fe、Mg、Sb、Sn、Ti、Zn)
平均粒径Particle size                   ≤50 nm(TEM)

99.999% metals basis:

外观Appearance                                  Yellow Powder
X-射线衍射分析X-Ray Diffraction          Conforms to Structure
纯度Purity                                         ≥99.99% Based on Trace Metals Impurities of ICP
ICP:                                                  Confirms Indium Component Confirmed
In                                                     81.0 - 84.3 % (Complexiometric EDTA)
痕量金属分析total metallic impurities     ≤20ppm by ICP Atomic emission
(Sb、As、Ca、Cu、Pb、Na、Sn、Zn)

贮存

用途 主要用于作电池原材料 ，荧光屏，玻璃，陶瓷，化学试剂等。

联合国编号

Risk： R36/37/38-

Safety : S26- S36-

Hazard : Xi -