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.

Purity 4N-6N<br> all impurities of 4N bismuth are better than the national standard GB/T 915-2010. <br> Bismuth needles can be used in metal alloys, metallurgy, additives, medicine, cosmetics, semiconductors, bismuth crystals, etc. Bismuth beads can be used for petroleum perforating bullets, environmentally friendly shotgun bullets, etc. The bismuth target is an excellent sputtering target accessory. It is bonded to the back plate with indium, but the bismuth is extremely brittle.

Purity 4N-6N<br> silver white or reddish metal <br> Widely used in various bismuth alloy products, low temperature solders, steel mill metallurgical additives, petroleum exploration, plastic fillers, precision castings, electroplating wheels, grinding discs, sharpening knives, etc.

Purity 4N-6N<br> Customized on demand <br> It is widely used in semiconductors and detectors, infrared optical industry, and also used as a variety of single crystal germanium raw materials.

Purity 4N-6N<br> Granularity 100 mesh-400 mesh<br> Gray powder <br> Used in the fields of semiconductor devices, coatings, alloys, optical fiber communication systems, infrared optics, solar cells, 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>

Purity 3N-7N<br> Mainly used in the preparation of II-VI group compound semiconductors, solar cells, thermoelectric conversion elements, refrigeration elements, gas sensors, heat sensors, pressure sensors, photosensitive, piezoelectric crystals and nuclear radiation Basic materials such as detection and infrared detectors

Used to make all kinds of beryllium bricks, blocks, and pieces, and processed into various products according to user needs<br> Specification：<br> φ180×1500 - φ80×300mm，<br> φ260×500mm， φ500×600mm， <br> φ1500×200mm

Be≥98%, size: 2-10mm, steel gray metal<br> Beryllium is an indispensable precious material in atomic energy, rockets, missiles, aviation, astronautics and metallurgical industries<br>

Mainly used for periodic table art collection<br> Size：<br> 10mm×10mm×10mm<br> 25.4mm×25.4mm×25.4mm <br>

Purity 3N- 7N<br> Particle size 100 mesh -450 mesh<br> Gray black powder<br> Used as additives for semiconductor devices, refrigeration devices, alloys, chemical raw materials, cast iron, rubber, glass and other industries