Grade：In99.995，In99.99，In98.0<br /> Application: Mainly used in the production of ITO(targets, powders, films), solders in electronic industry, fusible alloys, bearings for high-performance engines, seals in low-temperature and vacuum fields, soluble anodes, control rods for nuclear reactors, etc.

Particle size specifications: 1mm, 3mm, 5mm, etc. <br> Shape specifications: cylindrical, cubic, spherical, drop-shaped, etc. can be produced according to customer requirements.<br> Indium beads and indium particles are mainly used for the preparation of the pre-coating process, that is, vacuum coating. Because vacuum coating has extremely strict requirements on the adhesion of materials, indium particles meet the characteristics of high adhesion, high purity, and low vaporization temperature. widely used

In content:99% -99.99% (other impurities are in %)<br> Used as a dopant for semiconductors, high-purity alloys and semiconductor materials, etc., it is an important raw material for preparing high-performance electronic components.<br>

Nano-indium powder is produced by a variable current laser ion beam gas phase method. It has high purity, uniform particle size, easy dispersion, and high surface activity. It can be used for semiconductors, high-purity alloys and back-field aluminum pastes of silicon solar cells (silver paste, aluminum paste, etc.) , Antistatic materials, etc.; nano indium powder can be used as an additive for antistatic transparent coatings and surface materials; nano indium powder has antistatic, transparent and resistance to friction and scratches. It is a new generation of electronic packaging materials and flat panel displays. Ideal additive materials for platforms and clean room surface materials; nano-indium materials also have electrical conductivity, which also makes them the raw materials for future photovoltaic cells (solar cells), medical devices, and biotechnology imaging products.