Nano Tin Dioxide (tin oxide) Molecular formula: SnO2 Molecular weight: 150.69 white powder, Melting point 1630°C. Ceramic industry as a opacifier of pigment and glaze, used in grinding media, glass coating, electrode materials, resistors, special lamps, antifreeze heat-insulating glass, organic catalysts, analytical reagents, electronic and electrical industries. Can also be used as the material of sensor, ITO, ATO. Standard quality of product Standard name SnO2 SO42- Fe Pb Sb Average granularity Submicron grade 99.5 - 99.99 ≤0.01 ≤0.03 ≤0.002 ≤0.003 ≤1micron Nano grade 99.5 - 99.99 ≤0.01 ≤0.003 ≤0.002 ≤0.003 ≤100 nanometers   1.   Nano ZnO 30nm 99.9% 2.   Nano TiO2 rutile 35nm 99.9% 3.   Nano TiO2 anatase 10nm 99.9% 4.   Nano Al(OH)3 30nm 99.9% 5.   Nano ZrO2 10nm 99.9% 6.   Nano Ni(OH)2 20nm 99.9% 7.   Magnesium Oxide Nanopowder (MgO) 8.   Nano Fe3O4 50nm 99.5% 9.   Nano Ti(OH)4 20nm 99.9% 10.   Nano AZO 20nm 99.9% 11.   Nano In(OH)3 20nm 99.9% 12.   Nano SiO2 30nm 99.9% 13.   Nano Mg(OH)2 40nm 99.9% 14.   Nano HfO2 100nm 99.9% 15.   Nano WO3 50nm 99.9% 16.   Nano α-Fe2O3 30nm 99.5% 17.   Nano γ-Fe2O3 20nm 99.5% 19.   Nano MnO2 50nm 99.5% 20.   Nano SnO2 50nm 99.9% 21.   Nano Mg(OH)2 50nm 99.9% 22.   Nano CuO 40nm 99.9% 23.   Antimony Tin Oxide Nanoparticles (ATO) 24.   Indium Tin Oxide Nanopowder 25.   Nickel Oxide Nanoparticles (NiO) 26.   Nano Y2O3 30nm 99.9% 27.   Nano CeO2 20nm 99.99% 28.   Nano La2O3 40nm 99.9% 29.   Nano Co3O4 30nm 99.9% 30.   Nano MoO3 50nm 99.5% 31.   Nano Nd2O3 40nm 99.9% 32.   Nano Gd2O3 40nm 99.9% 33.   Nano Sm2O3 40nm 99.9% 34.   Nano Bi2O3 80nm 99.9% 35.   Nano Er2O3 30nm 99.9% 36.   Nano Pr6O11 50nm 99.9% 37.   Zinc Oxide Nanoparticles Doped with 2wt% Aluminum Oxide (AZO) 38.   Nano Dy2O3 30nm 99.9% 39.   Nano In2O3 30nm 99.9% 40.   www.theoremchem.com