Cobalt(III) Oxide (Co2O3) or Dicobalt Trioxide Nanopowder (Co2O3, 99.7%, 50nm)

Dicobalt Trioxide Nanopowder

Presentation to air, simple to ingest dampness, however, does not create water mixes. It is solvent in nitric corrosive. At the point when warmed to over 1200 oC, the nano-cobalt oxide will be separated into sub-cobalt oxide. In the hydrogen fire, a nano-cobalt oxide is warmed to 900 oC, it will be changed into metal cobalt. Cobalt(II, III) oxide is a substance compound with the equation Co3O4. It is a dark strong, and a blended valence compound, containing both Co(II) and Co(III) oxidation states. It can be figured as CoIICoIII2O4 or CoO.Co2O3. Cobalt(II) oxide, CoO, believers to Co3O4 if warmed to around 600-700 °C in air. Over 900 °C, CoO is steady.

Dicobalt Trioxide Nanopowder

Catalysis, superconductors, earthenware production and different fields as a vital inorganic materials; As impetus and impetus transporter and the cathode dynamic material; For glass, porcelain colorants and shades; Chemical industry oxidant and an impetus for natural combination; Senior goggles and other channel materials; Carbide; Temperature and gas sensors; For the semiconductor business, electronic pottery, lithium particle battery terminal materials, attractive materials; Electrochromic gadgets; Enamels; Grinding wheels; Heterogeneous impetuses; Solar vitality safeguards.