MoS2 Powders Molybdenum Disulfide Nanoparticles for solid lubricating materials

Ferroferric Oxide Nano Powders have strong magnetic, shows good performance in terms of sewage treatment.

Nano diamond powder is wear-resisting, widely used in composite coating.

Footballene C60 is widely used in diamond thin film growth and super lubricant.

Nano Mo Molybdenum Powder have good stability in the air,large specific surface area,high sintering activity,with high temperature intensity and high temperature hardness.

Nitrogen doped multi-walled carbon nanotubes with high purity 99%.

High Quality Spherical Metal Zinc Nanopowders Appication Hongwu International Group Ltd with HW NANO brand offer a highly diverse range of Zinc nanopowder grades with average grain sizes from approx. 40nm to 150nm. We provide technical support in the selection of the powders suitable for specific applications and for questions regarding process optimization.     Zinc nanopowders holds the features of regular spherical shape, less surface oxidation, spherical surface smooth, clean, melting deformation and adhesion into grape-like, very few particles of the platform, good dispersion, uniform particle size, which is conducive to the production of high-quality anti-corrosion coatings. Besides it is with large surface area, small loose proportion, high efficiency coating cover, and good chemical reduction effect.     Zinc nanopowders possesses the nanometer effect that is with excellent chemical activity and good uv resistance, antistatic properties, antibacterial antibacterial, remove odor resistant enzymes and a series of unique properties. To use the antibacterial ability of silver, copper, and zinc metal materials etc., through the methods of physical adsorption of ion exchange, to fix the silver, copper, zinc and other metal ions ( or its ion) on the surface of porous material such as calcium fluoride, silica gel made from antibacterial agent, then join the corresponding products, it can obtain materials with antibacterial ability.     Because Zinc nanopowders has the characteristics of nano material, its application field has been widened to the plastics industry, sunscreen cosmetics products, special ceramic products, adhesives, paint coating, special function as well as chemical fiber textile health processing and producing uv, deodorant, antiseptic bacteriostasis of special fiber products, etc.     In whole, as a new kind of material, metal Zinc nanopowders have many unique properties in chemical, optical, electrical and biomedical fields. It appears the wide application prospect in magnetic materials, electronic materials, optical materials and high-strength, high-density materials, catalysts, sensor. by Jemma

Flake silver conductive powders has 1-2um or 3-8um particle size, widely used in low temperature conductor paste.

Silver colloid/ solution can decrease germs on the hands as its antimicrobials property. Great raw material for hand sanitizer.

In yttrium-added zirconium oxide, yttrium oxide is used as a stabilizer, and this material is mainly a tetragonal structure. It has the highest flexural strength of all zirconia materials, especially when sintered and pressed. Yttrium stabilized zirconia has fine grains and is suitable for use in cutting tools due to its high wear resistance. It is used to cut a very sharp corner part. The excellent crystal grains make the produced ceramics dense, without many pores, and have excellent mechanical strength, corrosion resistance, impact toughness, thermal shock resistance and extremely low thermal conductivity. Because of these characteristics, yttrium stabilized zirconia is mainly used in wear-resistant parts, cutting tools and thermal barrier coatings.

Multi-walled carbon nanotubes, amino-modified(NH2 MWCNT), purity 99%, with availabe diameter range of 10-100nm and short(1-2um)/long tubes(5-20um).

Antimony Tin Oxide (ATO) Nanopowder / Nanoparticles without element chlorine can be manufactured in the form of solid powder and agueous dispersion.

Nano Titanium Heptoxide (Ti4O7) is a low-valence titanium oxide with a unique partially reduced Ti4+/Ti3+ mixed-valence structure. Unlike conventional TiO2, it exhibits metallic-like conductivity and exceptional chemical stability, making it valuable in advanced application.