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Cupric nitrate trihydrate CAS#10031-43-3

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Cupric nitrate trihydrate CAS#10031-43-3
Cupric nitrate trihydrate CAS 10031-43-3 for catalysts, synthesis, textile processing and lab use. Explore specs, safety and applications.

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Product Description

Excellent Catalytic Performance:Cupric nitrate serves as a highly effective catalyst and catalyst precursor (via conversion to copper oxide) in organic synthesis, including oxidative coupling and solvent-free reactions.


Versatile Chemical Reactivity:It functions as an efficient nitration reagent for aromatic compounds and participates in various advanced synthesis processes, including coordination polymer preparation.


Multiple Hydrate Forms for Diverse Applications:Available in hydrate, trihydrate, and pentahydrate forms, each offering specific catalytic and synthetic advantages for specialized industrial applications.


Wide Industrial and Educational Applications:Suitable for use in textiles, metal polishing, chemical analysis, medical fields, insecticides, light-sensitive paper production, and educational demonstrations of voltaic cell reactions.



Product Description of Cupric nitrate trihydrate CAS#10031-43-3

Cupric nitrate trihydrate has extensive industrial and laboratory uses.It is mainly used to make copper oxide catalyst for organic chemistry, and also applied in textile processing and metal polishing. It can be used as a teaching reagent for galvanic cell experiments.
It can react with acetic anhydride to prepare aromatic nitrating agents. Its hydrate can catalyze the polymerization of 2,6-dimethylphenol. The trihydrate aids solvent-free synthesis of amino ketones and esters, while the pentahydrate is used to make coordination polymers.
It is also widely used in medicine, pesticides, chemical analysis and photosensitive paper production.


Product Application of Cupric nitrate trihydrate CAS#10031-43-3

Copper(II) nitrate trihydrate can be used to synthesize a variety of mononuclear copper coordination complexes. It is often adopted to prepare complexes with ligands including 1,10-phenanthroline, dpq and dppz.
Typical complexes synthesized from it are listed below:
[Cu(dpq)(NO₃)₂]
Cu(dpq)(NO₃)(H₂O)₂
[Cu(dpq)(NO₃)₂(H₂O)₂]·2H₂O
[Cu(dppz)(NO₃)₂(H₂O)]·H₂O
Such coordination complexes are widely researched in coordination chemistry and related disciplines.


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