Detail of "20227-92-3"

CAS Number:
20227-92-3
Name:
Cyclohexylamine carbonate
Molecular Structure:
Formula:
C₇H₁₅NO₃
Molecular Weight:
242.36
Synonyms:
CYCLOHEXYLAMINE CARBONATE;Carbonicacid,compd.withcyclohexanamine;carbonicacid,compd.withcyclohexylamine;cyclohexylammoniumcarbonate;ktsa;vpi300
Density:
g/cm³
Boiling Point:
134.5°Cat760mmHg
Flash Point:
32.2°C

Display：

Assay:98%

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Toxicology of metal corrosion inhibitors: Toxicology of metal corrosion inhibitors. Paustovskaya, V.Several substances are used for example 20736-64-5 and 83202-91-9 which are their cas registry numbers. V. (USSR). Metall. Koksokhim., 89, 30-2 (Russian) 1986. CODEN: MEKOAG. ISSN: 0543-5765. DOCUMENT TYPE: Journal CA Section: 55 (Ferrous Metals and Alloys) Section cross-reference(s): 4, 56, 59 Inhibitors of metal atm. corrosion, such as KhTsA [20736-64-5], KTsA [20227-92-3], M-1, MSDA-10 [107029-21-0] etc., were tested for toxicity. Toxic effects of various inhibitors and recommendations for the industrial hygiene of their use were derived. .

Application of thin-layer electrochemistry to the study of atmospheric corrosion: Application of thin-layer electrochemistry to the study of atmospheric corrosion. Fiaud, C.; Tirbonod, F. (Lab. Corrosion, Ec. Natl. Super. Chim. Paris, Paris, Fr.). Met.: Corros.-Ind., 51(615), 388-93 (French) 1976. CODEN: MTUXAS. DOCUMENT TYPE: Journal CA Section: 72 (Electrochemistry) The method of thin-layer electrochemistry has the advantage of defining well the electrochem. system under study. The variation of polarization resistance as a function of the thickness of the thin layer on Armco Fe in 1 M Na2SO4 soln. was studied. The polarization resistance is of the same order of magnitude in the case of atm. condensed H2O acting as the thin layer. The method was also applied to the study of a well-known volatile inhibitor cyclohexylamine carbonate (C.C.A.) [20227-92-3] for Fe and steel. The C.C.There are some commonly used reagents with their cas registry numbers 7439-89-6 and 12616-84-1 in this article.A. is predominantly an anodic inhibitor. The effect was studied of (NH4)2CrO4 on the atm. corrosion of the Al alloy Au4G1 [12616-84-1]. The classical electrochem. methods used for the study of corrosion in solns. (current-potential curves and polarization resistance) likewise give, in this case, useful indications concerning both the degree of protection of the metal surface and knowledge concerning the fundamental processes of atm. corrosion. .