Our main focus is on the nano sized powder and particles. We stock a wide range of particle sizes for 10nm to 10um, and can also fabricate additional sizes on demand. Our products are divided six series hundreds of varieties: the elemental, the alloy, the compound and the oxide, carbon series, and nanowires. Full Range of nanoparticles application covering antibacterial materials, conductive materials, battery materials, thermal conductive materials, thermal insulation materials, flexible materials, Reinforced / toughened materials, polishing materials, wave absorbing materials, catalysts, fuller, pigment etc. carbon c60, Copper Oxide Powder , Hydrophilic Silicon Dioxide Nanoparticles , 100-200nm Cesium Tungsten Oxide Nanoparticles ,Alumina Powder . Nano-material can provide a huge ratio of the surface area, increase the molecular adsorption of the liquid interface, thereby greatly accelerating the speed of electrochemical or photoelectric chemistry; second, the width of the micro-regulation of nano-semiconductor materials can greatly increase the light of solar cell light, which Absorption efficiency. In addition, the nano -porous structure can help electronics and ions to transfer and diffuse inside the material, thereby ensuring the incidence of efficient electrochemical and photoelectric chemical reactions. It is precisely because of these special properties of nanomaterials that it is widely used in the field of new energy materials, such as solar cells, photoelectric catalysis, lithium -ion batteries, hydrogen storage materials, etc. The superior catalytic performance of nanomaterials also makes it many applications in terms of car tail gas treatment and sewage treatment. The product will supply to all over the world, such as Europe, America, Australia,Moscow, Peru,Mexico, Poland.If you're planning to order small sample or larger quantities for your industrial or academic needs, please note that customization of parameters are also available, such as size, functionalities, SSA, packages,etc. Contact us get more info.