Indium Nanopowders 100nm In 99.99% high purity

Spherical nano indium powder supplier, <100nm 99.99%+, Indium nanoparticles is widely used in the semiconductor industry.  also used to make LCD panels. for learn about Indium (In) Nanoparticles Properties and Applications,welcome to test our products.

Hongwu nanomaterial is suppling Super fine High Purity spherical Indium nanoparticles, <100nm 99.9%+, indium nanoparticles can be used in semiconductors, high purity alloys, silicon solar cells and antistatic materials.

Facory direct offer 100nm 99.99% In nanopowder.Good and stable quality, good sphericity, rich experience in exporting powder goods.Any need welcome to contact us.

Cuprous Oxide(Cu2O) Nanoparticle has excellent photocatalytic properties and it's used for water treatment. Cu2O Nanopowder has always been at the core of photocatalysis research because of their strong oxidizing ability, high catalytic activity, and good stability. It's widely used in wastewater treatment and purification with excellent performance.

Nano silica (SiO2) powder has a large specific surface area and many surface active centers, and thus it has potential application value in catalysts and catalyst supports.

Hongwu International Group Ltd supply ruthenium dioxide RuO2 nanopowder, high purity, adjustable size. Also other professional customized service. Pls feel free to contact us now!

B Boron Nano particle with high purity and as a high technology ceramics, amorphous.

Transparent Iron Oxide Pigments from HWNANO have good dispersion in paiting and coating.

Ag coated Cu, have good electric conductive performance, while much lower cost than pure Ag powder.  Flake / dendriitic / near spherical silver coated copper both are available

Nano boron carbide, high hardness, wear resisting, a large neutron absorption cross section,widely used in control nuclear material.

Hollow spherical nano silicon powder, as a lithium-ion battery anode material, its hollow structure effectively addresses the volume expansion issue of silicon-based materials.

Hongwu Nano Tin particles Sn has a high theoretical capacity (for example, 994mah/g), and tin-based anode material is considered to be one of the ideal substitutes for commercial graphite-like carbon materials (372mah/g) to meet the following a generation of high-capacity lithium-ion battery needs.