100nm Cupric oxide Nanoparticle CAS 1317-38-0 CuO Nano Powder

Short Description:

100nm Cupric oxide Nanoparticle is mostly used for catalyst, superconductor, antibacterial fields. CAS 1317-38-0 CuO Nano Powder is available for 30-50nm and 100nm. Good manufacture price for copper oxide nano particles are available as well as good and stable quality.


Product Detail

100nm Cupric oxide Nanoparticle CAS 1317-38-0 CuO Nano Powder

Specification:

Name Cupric oxide nano powder
Formula CuO
CAS No. 1317-38-0
Particle Size 100nm
Other particle size 30-50nm
Purity 99%
Appearance Black powder
Package 1kg,5kg per bag or as required
Main pplications Catalyst, superconductor, sersor, additives, antibacterial, etc..
Dispersion Can be customized
Related materials Cuprous oxide(Cu2O) nanopowder

Description:

Main application of Nano Copper Oxide/CuO nano powder:

(1) Cupric oxide nano powder is widely used as an important inorganic material in the fields of catalysis, superconductor and ceramics.

(2) The electrical properties make CuO nano particle very sensitive to the external environment such as temperature, humidity, light and other conditions. Therefore, the use of nano copper oxide particles to coat the sensor can greatly improve the response speed, sensitivity and selectivity of the sensor.

(3) Nano copper oxide used as a colorant for glass and porcelain, a polishing agent for optical glass, a catalyst for organic synthesis, a desulfurizing agent for oils, and a hydrogenating agent.

(4) Nano cuprice oxide can be used to prepare artificial gems and other copper oxides.

(5) Copper oxide nanopowder is used in the manufacture of rayon, gas analysis and determination of organic compounds, etc.

(6) CuO nanoparticle can also be used as a burning rate catalyst for rocket propellants.

(7) Nano CuO powder can be used as filter materials such as advanced goggles.

(8) Anticorrosive paint additives.

(9) The antibacterial properties of nano-copper oxide: Studies have shown that copper oxide nanopowder has a good antibacterial effect on pneumonia and pseudomonas aeruginosa. Under the excitation of light with energy greater than the band gap, the generated hole-electron pairs interact with O2 and H2O in the environment, and the generated reactive oxygen species and other free radicals chemically react with the organic molecules in the cell, thereby decomposing the cell and achieving antibacterial the goal of. Since CuO is a p-type semiconductor, it has holes (CuO) +, which may interact with the environment to play an antibacterial or antibacterial effect. Adding nano-copper oxide to plastics, synthetic fibers, adhesives and coatings can maintain high activity for a long time even in harsh environments.

(10) Used as catalyst, catalyst carrier and electrode active material

Storage Condition:

Cupric oxide(CuO) nanopowder should be stored in sealed, avoid light, dry place. Room temperature storage is ok.

SEM :

SEM-CuO-100nm


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