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N,N-DIMETHYLCYCLOHEXYLAMINE (DMCHA) / N,N-DİMETİLSİKLOHEKSİLAMİN


N,N-DIMETHYLCYCLOHEXYLAMINE (DMCHA) / N,N-DİMETİLSİKLOHEKSİLAMİN

CAS NO: 98-94-2


SYNONYMS: N,N-DIMETHYLCYCLOHEXYLAMINE; N,N-Dimethylcyclohexanamine; 98-94-2; Cyclohexyldimethylamine; Dimethylcyclohexylamine; N-Cyclohexyldimethylamine; Cyclohexanamine, N,N-dimethyl-Polycat 8; (Dimethylamino)cyclohexane; N,N-Dimethylaminocyclohexane; N,N-Dimethyl-N-cyclohexylamine; Cyclohexylamine, N,N-dimethyl-; Dimethylaminocyclohexane; NSC 163904; HSDB 5323; UNII-N1H19E7HTA; EINECS 202-715-5; UN2264; BRN 1919922; N,N-dimethyl-cyclohexylamine; N, N-Dimethylcyclohexylamine; N1H19E7HTA; CHEBI:59022; Dimethylcyclicsiloxane hydrolyzate; SVYKKECYCPFKGB-UHFFFAOYSA-N; N,N-Dimethylcyclohexylamine, 99%; MFCD00003844; cyclohexyl(dimethyl)ammonium; polycat-8; DMCHA; cyclohexyl-dimethylamine; dimethyl cyclohexylamine; dimethyl cyclohexyl amin; ACMC-209sbc; DSSTox_CID_6633; Cyclohexanamine,N-dimethyl-; Cyclohexylamine,N-dimethyl-; EC 202-715-5; DSSTox_RID_78169; N,N-dimethylcyclohexyl amine; DSSTox_GSID_26633; SCHEMBL15595; N-cyclohexyl-N,N-dimethylamine; CHEMBL3186662; DTXSID9026633; CTK3I7467; KS-00000WWP; WLN: L6TJ AN1 & 1; STR02891; ZINC1640007; Tox21_201360; ANW-40966; NSC163904; SBB060234; AKOS015850797; MCULE-9944021193; NSC-163904; UN 2264; CAS-98-94-2; NCGC00249031-01; NCGC00258912-01; LS-57622; DB-002820; TC-129711; D0705; FT-0629528; ST24031275; ST45255434; Dimethylcyclohexylamine [UN2264] [Corrosive]; Dimethylcyclohexylamine [UN2264] [Corrosive]; 104104-EP2295438A1; 104104-EP2302015A1; 119586-EP2275411A2; 119586-EP2298731A1; W-100060; Q25945666; F0001-2323; n,n; metil; dimetil; di metil; di-metil; methyl; dimethyl; di-methyl; di methyl; cyclo; siklo; dimetilsiklo; di metilsiklo; di metil siklo; di-metilsiklo; di-metil siklo; siklo; dimethilsiklo; di methilsiklo; di methil siklo; di-methilsiklo; di-methil siklo; siklo; dimethylsiklo; di methylsiklo; di methyl siklo; di-methylsiklo; di-methyl siklo; n,n-dimetilsiklo; n,n-di metilsiklo; n,n-di metil siklo; n,n-di-metilsiklo; n,n-di-metil siklo; n,n-dimethilsiklo; n,n-di methilsiklo; n,n-di methil siklo; n,n-di-methilsiklo; n,n-di-methil siklo; n,n-dimethylsiklo; n,n-di methylsiklo; n,n-di methyl siklo; n,n-di-methylsiklo; n,n-di-methyl siklo; n,n-dimetilsiyklo; n,n-di metilsiyklo; n,n-di metil siyklo; n,n-di-metilsiyklo; n,n-di-metil siyklo; n,n-dimethilsiyklo; n,n-di methilsiyklo; n,n-di methil siyklo; n,n-di-methilsiyklo; n,n-di-methil siyklo; n,n-dimethylsiyklo; n,n-di methylsiyklo; n,n-di methyl siyklo; n,n-di-methylsiyklo; n,n-di-methyl siyklo; n,n-dimetilsikloheksilamin; n,n-di metilsikloheksilamin; n,n-di metil sikloheksilamin; n,n-di-metilsikloheksilamin; n,n-di-metil sikloheksilamin; n,n-dimetilsiklo heksilamin; n,n-di metilsiklo heksilamin; n,n-di metil siklo heksilamin; n,n-di-metilsiklo heksilamin; n,n-di-metil siklo heksilamin; n,n-dimetilsiklo heksil amin; n,n-di metilsiklo heksil amin; n,n-di metil siklo heksil amin; n,n-di-metilsiklo heksil amin; n,n-di-metil siklo heksil amin; n,n-dimetilsikloheksilamine; n,n-di metilsikloheksilamine; n,n-di metil sikloheksilamine; n,n-di-metilsikloheksilamine; n,n-di-metil sikloheksilamine; n,n-dimetilsiklo heksilamine; n,n-di metilsiklo heksilamine; n,n-di metil siklo heksilamine; n,n-di-metilsiklo heksilamine; n,n-di-metil siklo heksilamine; n,n-dimetilsiklo heksil amine; n,n-di metilsiklo heksil amine; n,n-di metil siklo heksil amine; n,n-di-metilsiklo heksil amine; n,n-di-metil siklo heksil amine; n,n-dimetilsikloheyksilamin; n,n-di metilsikloheyksilamin; n,n-di metil sikloheyksilamin; n,n-di-metilsikloheyksilamin; n,n-di-metil sikloheyksilamin; n,n-dimetilsiklo heyksilamin; n,n-di metilsiklo heyksilamin; n,n-di metil siklo heyksilamin; n,n-di-metilsiklo heyksilamin; n,n-di-metil siklo heyksilamin; n,n-dimetilsiklo heyksil amin; n,n-di metilsiklo heyksil amin; n,n-di metil siklo heyksil amin; n,n-di-metilsiklo hekysil amin; n,n-di-metil siklo heyksil amin; n,n-dimetilsikloheyksilamine; n,n-di metilsikloheyksilamine; n,n-di metil sikloheyksilamine; n,n-di-metilsikloheyksilamine; n,n-di-metil sikloheyksilamine; n,n-dimetilsiklo heyksilamine; n,n-di metilsiklo heyksilamine; n,n-di metil siklo heyksilamine; n,n-di-metilsiklo heyksilamine; n,n-di-metil siklo heyksilamine; n,n-dimetilsiklo heyksil amine; n,n-di metilsiklo heyksil amine; n,n-di metil siklo heyksil amine; n,n-di-metilsiklo heyksil amine; n,n-di-metil siklo heyksil amine; n,n-dimethilsiklohegzilamin; n,n-di methilsiklohegzilamin;; n,n-di methil siklohegzilamin;; n,n-di-methilsiklohegzilamin; n,n-di-methil siklohegzilamine; n,n-dimethilsiklo hegzilamin; n,n-di methilsiklo hegzilamin;; n,n-di methil siklo hegzilamin; n,n-di-methilsiklo hegzilamin; n,n-di-methil siklo hegzilamine; n,n-dimethilsiklohegzilamine; n,n-di methilsiklohegzilamine;; n,n-di methil siklohegzilamine; n,n-di-methilsiklohegzilamine; n,n-di-methil siklohegzilamine; n,n-dimethilsiklo hegzilamin; n,n-di methilsiklo hegzilamin;; n,n-di methil siklo hegzilamine; n,n-di-methilsiklo hegzilamine; n,n-di-methil siklo hegzilamine; n,n-dimethilsiklohexylamin; n,n-di methilsiklohexylamin; n,n-di methil siklohexylamin; n,n-di-methilsiklohexylamin; n,n-di-methil siklohexylamin; n,n-dimethylsiklohexylamin; n,n-di methylsiklohexylamin; n,n-di methyl siklohexylamin; n,n-di-methylsiklohexylamin; n,n-di-methyl siklohexylamin; n,n-dimetilsiyklohexylamin; n,n-di metilsiyklohexylamin; n,n-di metil siyklohexylamin; n,n-di-metilsiyklohexylamin; n,n-di-metil siyklohexylamin; n,n-dimethilsiyklohexylamin; n,n-di methilsiyklohexylamin; n,n-di methil siyklohexylamin; n,n-di-methilsiyklohexylamin; n,n-di-methil siyklohexylamin; n,n-dimethylsiyklohexylamin; n,n-di methylsiyklohexylamin; n,n-di methyl siyklohexylamin; n,n-di-methylsiyklohexylamin; n,n-di-methyl siyklohexylamin; n,n dimethylcyclohexylamine; n,n di methylcyclohexylamine; n,n dimethyl cyclohexylamine; n,n dimethyl cyclo hexyl amine; n,n-dimethylcyclohexylamine; n,n-di methylcyclohexylamine; n,n-dimethyl cyclohexylamine; n,n-dimethyl cyclo hexyl amine; n,n dimethylcyclohegzilamine; n,n di methylcyclohegzilamine; n,n dimethyl cyclohegzilamine; n,n dimethyl cyclo hegzil amine; n,n-dimethylcyclohegzilamine; n,n-di methylcyclohegzilamine; n,n-dimethyl cyclohegzilamine; n,n-dimethyl cyclo hegzil amine; n,n-dımethylcyclohexylamıne; n,n-dı methyl cyclo hexylamıne; n,n-dımethyl cyclohexylamıne;n,n-dımethylcyclohekxylamıne; n,n-dı methyl cyclo hekxylamıne; n,n-dımethyl cyclohekxylamıne; n,n-dımethylsiyclohexylamıne; n,n-dımethyl siyclo hexylamıne; n,n-dımethyl siyclohexylamıne; n,n-dımethylcyclohexylamın; n,n-dı methyl cyclo hexylamın; n,n-dımethyl cyclohexylamın;n,n-dımethylsiyclohexylamın; n,n-dımethyl siyclo hexylamın; n,n-dımethyl siyclohexylamın;n,n-dımethylsiyclohegilamın; n,n-dımethyl siyclo hegilamın; n,n-dımethyl siyclohegilamın; N,N; METİL; DİMETİL; Dİ METİL; Dİ-METİL; METHYL; DİMETHYL; Dİ-METHYL; Dİ METHYL; CYCLO; SİKLO; DİMETİLSİKLO; Dİ METİLSİKLO; Dİ METİL SİKLO; Dİ-METİLSİKLO; Dİ-METİL SİKLO; SİKLO; DİMETHİLSİKLO; Dİ METHİLSİKLO; Dİ METHİL SİKLO; Dİ-METHİLSİKLO; Dİ-METHİL SİKLO; SİKLO; DİMETHYLSİKLO; Dİ METHYLSİKLO; Dİ METHYL SİKLO; Dİ-METHYLSİKLO; Dİ-METHYL SİKLO; N,N-DİMETİLSİKLO; N,N-Dİ METİLSİKLO; N,N-Dİ METİL SİKLO; N,N-Dİ-METİLSİKLO; N,N-Dİ-METİL SİKLO; N,N-DİMETHİLSİKLO; N,N-Dİ METHİLSİKLO; N,N-Dİ METHİL SİKLO; N,N-Dİ-METHİLSİKLO; N,N-Dİ-METHİL SİKLO; N,N-DİMETHYLSİKLO; N,N-Dİ METHYLSİKLO; N,N-Dİ METHYL SİKLO; N,N-Dİ-METHYLSİKLO; N,N-Dİ-METHYL SİKLO; N,N-DİMETİLSİYKLO; N,N-Dİ METİLSİYKLO; N,N-Dİ METİL SİYKLO; N,N-Dİ-METİLSİYKLO; N,N-Dİ-METİL SİYKLO; N,N-DİMETHİLSİYKLO; N,N-Dİ METHİLSİYKLO; N,N-Dİ METHİL SİYKLO; N,N-Dİ-METHİLSİYKLO; N,N-Dİ-METHİL SİYKLO; N,N-DİMETHYLSİYKLO; N,N-Dİ METHYLSİYKLO; N,N-Dİ METHYL SİYKLO; N,N-Dİ-METHYLSİYKLO; N,N-Dİ-METHYL SİYKLO; N,N-DİMETİLSİKLOHEKSİLAMİN; N,N-Dİ METİLSİKLOHEKSİLAMİN; N,N-Dİ METİL SİKLOHEKSİLAMİN; N,N-Dİ-METİLSİKLOHEKSİLAMİN; N,N-Dİ-METİL SİKLOHEKSİLAMİN; N,N-DİMETİLSİKLO HEKSİLAMİN; N,N-Dİ METİLSİKLO HEKSİLAMİN; N,N-Dİ METİL SİKLO HEKSİLAMİN; N,N-Dİ-METİLSİKLO HEKSİLAMİN; N,N-Dİ-METİL SİKLO HEKSİLAMİN; N,N-DİMETİLSİKLO HEKSİL AMİN; N,N-Dİ METİLSİKLO HEKSİL AMİN; N,N-Dİ METİL SİKLO HEKSİL AMİN; N,N-Dİ-METİLSİKLO HEKSİL AMİN; N,N-Dİ-METİL SİKLO HEKSİL AMİN; N,N-DİMETİLSİKLOHEKSİLAMİNE; N,N-Dİ METİLSİKLOHEKSİLAMİNE; N,N-Dİ METİL SİKLOHEKSİLAMİNE; N,N-Dİ-METİLSİKLOHEKSİLAMİNE; N,N-Dİ-METİL SİKLOHEKSİLAMİNE; N,N-DİMETİLSİKLO HEKSİLAMİNE; N,N-Dİ METİLSİKLO HEKSİLAMİNE; N,N-Dİ METİL SİKLO HEKSİLAMİNE; N,N-Dİ-METİLSİKLO HEKSİLAMİNE; N,N-Dİ-METİL SİKLO HEKSİLAMİNE; N,N-DİMETİLSİKLO HEKSİL AMİNE; N,N-Dİ METİLSİKLO HEKSİL AMİNE; N,N-Dİ METİL SİKLO HEKSİL AMİNE; N,N-Dİ-METİLSİKLO HEKSİL AMİNE; N,N-Dİ-METİL SİKLO HEKSİL AMİNE; N,N-DİMETİLSİKLOHEYKSİLAMİN; N,N-Dİ METİLSİKLOHEYKSİLAMİN; N,N-Dİ METİL SİKLOHEYKSİLAMİN; N,N-Dİ-METİLSİKLOHEYKSİLAMİN; N,N-Dİ-METİL SİKLOHEYKSİLAMİN; N,N-DİMETİLSİKLO HEYKSİLAMİN; N,N-Dİ METİLSİKLO HEYKSİLAMİN; N,N-Dİ METİL SİKLO HEYKSİLAMİN; N,N-Dİ-METİLSİKLO HEYKSİLAMİN; N,N-Dİ-METİL SİKLO HEYKSİLAMİN; N,N-DİMETİLSİKLO HEYKSİL AMİN; N,N-Dİ METİLSİKLO HEYKSİL AMİN; N,N-Dİ METİL SİKLO HEYKSİL AMİN; N,N-Dİ-METİLSİKLO HEKYSİL AMİN; N,N-Dİ-METİL SİKLO HEYKSİL AMİN; N,N-DİMETİLSİKLOHEYKSİLAMİNE; N,N-Dİ METİLSİKLOHEYKSİLAMİNE; N,N-Dİ METİL SİKLOHEYKSİLAMİNE; N,N-Dİ-METİLSİKLOHEYKSİLAMİNE; N,N-Dİ-METİL SİKLOHEYKSİLAMİNE; N,N-DİMETİLSİKLO HEYKSİLAMİNE; N,N-Dİ METİLSİKLO HEYKSİLAMİNE; N,N-Dİ METİL SİKLO HEYKSİLAMİNE; N,N-Dİ-METİLSİKLO HEYKSİLAMİNE; N,N-Dİ-METİL SİKLO HEYKSİLAMİNE; N,N-DİMETİLSİKLO HEYKSİL AMİNE; N,N-Dİ METİLSİKLO HEYKSİL AMİNE; N,N-Dİ METİL SİKLO HEYKSİL AMİNE; N,N-Dİ-METİLSİKLO HEYKSİL AMİNE; N,N-Dİ-METİL SİKLO HEYKSİL AMİNE; N,N-DİMETHİLSİKLOHEGZİLAMİN; N,N-Dİ METHİLSİKLOHEGZİLAMİN;; N,N-Dİ METHİL SİKLOHEGZİLAMİN;; N,N-Dİ-METHİLSİKLOHEGZİLAMİN; N,N-Dİ-METHİL SİKLOHEGZİLAMİNE; N,N-DİMETHİLSİKLO HEGZİLAMİN; N,N-Dİ METHİLSİKLO HEGZİLAMİN;; N,N-Dİ METHİL SİKLO HEGZİLAMİN; N,N-Dİ-METHİLSİKLO HEGZİLAMİN; N,N-Dİ-METHİL SİKLO HEGZİLAMİNE; N,N-DİMETHİLSİKLOHEGZİLAMİNE; N,N-Dİ METHİLSİKLOHEGZİLAMİNE;; N,N-Dİ METHİL SİKLOHEGZİLAMİNE; N,N-Dİ-METHİLSİKLOHEGZİLAMİNE; N,N-Dİ-METHİL SİKLOHEGZİLAMİNE; N,N-DİMETHİLSİKLO HEGZİLAMİN; N,N-Dİ METHİLSİKLO HEGZİLAMİN;; N,N-Dİ METHİL SİKLO HEGZİLAMİNE; N,N-Dİ-METHİLSİKLO HEGZİLAMİNE; N,N-Dİ-METHİL SİKLO HEGZİLAMİNE; N,N-DİMETHİLSİKLOHEXYLAMİN; N,N-Dİ METHİLSİKLOHEXYLAMİN; N,N-Dİ METHİL SİKLOHEXYLAMİN; N,N-Dİ-METHİLSİKLOHEXYLAMİN; N,N-Dİ-METHİL SİKLOHEXYLAMİN; N,N-DİMETHYLSİKLOHEXYLAMİN; N,N-Dİ METHYLSİKLOHEXYLAMİN; N,N-Dİ METHYL SİKLOHEXYLAMİN; N,N-Dİ-METHYLSİKLOHEXYLAMİN; N,N-Dİ-METHYL SİKLOHEXYLAMİN; N,N-DİMETİLSİYKLOHEXYLAMİN; N,N-Dİ METİLSİYKLOHEXYLAMİN; N,N-Dİ METİL SİYKLOHEXYLAMİN; N,N-Dİ-METİLSİYKLOHEXYLAMİN; N,N-Dİ-METİL SİYKLOHEXYLAMİN; N,N-DİMETHİLSİYKLOHEXYLAMİN; N,N-Dİ METHİLSİYKLOHEXYLAMİN; N,N-Dİ METHİL SİYKLOHEXYLAMİN; N,N-Dİ-METHİLSİYKLOHEXYLAMİN; N,N-Dİ-METHİL SİYKLOHEXYLAMİN; N,N-DİMETHYLSİYKLOHEXYLAMİN; N,N-Dİ METHYLSİYKLOHEXYLAMİN; N,N-Dİ METHYL SİYKLOHEXYLAMİN; N,N-Dİ-METHYLSİYKLOHEXYLAMİN; N,N-Dİ-METHYL SİYKLOHEXYLAMİN; N,N DİMETHYLCYCLOHEXYLAMİNE; N,N Dİ METHYLCYCLOHEXYLAMİNE; N,N DİMETHYL CYCLOHEXYLAMİNE; N,N DİMETHYL CYCLO HEXYL AMİNE; N,N-DİMETHYLCYCLOHEXYLAMİNE; N,N-Dİ METHYLCYCLOHEXYLAMİNE; N,N-DİMETHYL CYCLOHEXYLAMİNE; N,N-DİMETHYL CYCLO HEXYL AMİNE; N,N DİMETHYLCYCLOHEGZİLAMİNE; N,N Dİ METHYLCYCLOHEGZİLAMİNE; N,N DİMETHYL CYCLOHEGZİLAMİNE; N,N DİMETHYL CYCLO HEGZİL AMİNE; N,N-DİMETHYLCYCLOHEGZİLAMİNE; N,N-Dİ METHYLCYCLOHEGZİLAMİNE; N,N-DİMETHYL CYCLOHEGZİLAMİNE; N,N-DİMETHYL CYCLO HEGZİL AMİNE; N,N-DIMETHYLCYCLOHEXYLAMINE; N,N-DI METHYL CYCLO HEXYLAMINE; N,N-DIMETHYL CYCLOHEXYLAMINE;N,N-DIMETHYLCYCLOHEKXYLAMINE; N,N-DI METHYL CYCLO HEKXYLAMINE; N,N-DIMETHYL CYCLOHEKXYLAMINE; N,N-DIMETHYLSİYCLOHEXYLAMINE; N,N-DIMETHYL SİYCLO HEXYLAMINE; N,N-DIMETHYL SİYCLOHEXYLAMINE; N,N-DIMETHYLCYCLOHEXYLAMIN; N,N-DI METHYL CYCLO HEXYLAMIN; N,N-DIMETHYL CYCLOHEXYLAMIN;N,N-DIMETHYLSİYCLOHEXYLAMIN; N,N-DIMETHYL SİYCLO HEXYLAMIN; N,N-DIMETHYL SİYCLOHEXYLAMIN;N,N-DIMETHYLSİYCLOHEGİLAMIN; N,N-DIMETHYL SİYCLO HEGİLAMIN; N,N-DIMETHYL SİYCLOHEGİLAMIN

 

 

A method has been developed for the collection on a reactive surface and subsequent analytical determination of airborne
N,N-dimethylcyclohexylamine (DMCA). DMCA from ambient or test atmosphere is collected on a Tenax sorbent sample tube
treated with hydrochloric acid (HCl) using a low flow, personal sampling pump.

Formula: C8H17N
Molecular mass: 127.26
Boiling point: 162-165°C
Melting point: -60°C
Relative density (water = 1): 0.85
Solubility in water, g/100ml: 20
Vapour pressure, kPa at 25°C: 0.4
Relative vapour density (air = 1): 4.4
Relative density of the vapour/air-mixture at 20°C (air = 1): 1.01
Flash point: 42.2°C c.c.
Auto-ignition temperature: 215°C
Explosive limits, vol% in air: 3.6-19


N,N-Dimethylcyclohexylamine is a kind of tertiary amine catalyst with strong alkalinity and moderate activity,
widely used in rigid polyurethane foam in the world. It is especially suitable to make two components system,
and no need to add organotin in system polyol. It has moderate activity, strong stability, good adjustability,
and can be stored for a long time. When used in system polyol for the high capacity refrigerator, it can improve
the foam fluidity.


Stored in cool and well-ventilated storeroom. Keep away from fire and heat source. Temperature of storeroom should
be no high than 30℃. Should be separately stored from oxidizing agent and acids, avoid mixing storage. Use explosion
proof lighting and ventilation facilities. Forbidden to use mechanical equipment and tools easy to cause sparkle.
There should be emergency treatment equipment for leakage and proper material for collecting in the storage area.


N,N-Dimethylcyclohexylamine (DMCHA) is mainly used as catalyst in rigid polyurethane foam plastics for refrigerator,
panel, spray and casting. It has balanced catalytic performance in foam reaction and gel reaction of rigid foam.
It has stronger catalytic property in the reaction of water and isocyanate, also has moderate catalytic in the reaction
of polyol and isocyanate. It's a strong initial catalyst in the foam reaction. In addition to polyurethane rigid foam,
N,N-Dimethylcyclohexylamine can also be used as aided catalyst in polyurethane molding soft foam, semi-rigid foam.


A method has been developed for the collection on a reactive surface and subsequent analytical determination of airborne
N,N-dimethylcyclohexylamine (DMCA). DMCA from ambient or test atmosphere is collected on a Tenax® sorbent sample tube
treated with hydrochloric acid (HCl) using a low flow, personal sampling pump. The Tenax sorbent sample tube is desorbed
with tetrahydrofuran (THF) and sodium hydroxide (NaOH) and the resulting solution is analyzed on a gas chromatograph/mass
spectrometer (GC/MS) using selected ion monitor.


A switchable hydrophilicity solvent (SHS) was studied for its effectiveness at extracting lipids from freeze-dried samples
of Botryococcus braunii microalgae. The SHS N,N-dimethylcyclohexylamine extracted up to 22 wt.% crude lipid relative to the
freeze-dried cell weight. The solvent was removed from the extract with water saturated with carbon dioxide at atmospheric
pressure and recovered from the water upon de-carbonation of the mixture.


A method has been developed for the collection on a reactive surface and subsequent analytical determination of airborne
N,N-dimethylcyclohexylamine (DMCA). DMCA from ambient or test atmosphere is collected on a Tenax sorbent sample tube treated
with hydrochloric acid (HCl) using a low flow, personal sampling pump. The Tenax sorbent sample tube is desorbed with
tetrahydrofuran (THF) and sodium hydroxide (NaOH) and the resulting solution is analyzed on a gas chromatograph/mass spectrometer
(GC/MS) using selected ion monitor.


The structure data file (SDF/MOL File) of N,N-DIMETHYLCYCLOHEXYLAMINE is available for download in the SDF page of
N,N-DIMETHYLCYCLOHEXYLAMINE providing the information about the atoms, bonds, connectivity and coordinates of
N,N-DIMETHYLCYCLOHEXYLAMINE, which is not completely available in the chemical formula representation.
The N,N-DIMETHYLCYCLOHEXYLAMINE structure data file can be imported to most of the cheminformatics software
for further analysis and visualization.


The chemical structure image of N,N-DIMETHYLCYCLOHEXYLAMINE is available in chemical structure page of
N,N-DIMETHYLCYCLOHEXYLAMINE, which specifies the molecular geometry, i.e., the spatial arrangement of atoms in
the chemical formula of N,N-DIMETHYLCYCLOHEXYLAMINE and the chemical bonds that hold the atoms together.


The molecular weight of N,N-DIMETHYLCYCLOHEXYLAMINE is available in molecular weight page of N,N-DIMETHYLCYCLOHEXYLAMINE,
which is calculated as the sum of the atomic weights of each constituent element multiplied by the number of atoms of that
element specified in the chemical formula of N,N-DIMETHYLCYCLOHEXYLAMINE.


The N,N-DIMETHYLCYCLOHEXYLAMINE compound may have different names depending on the various different situations of industrial applications.
The list of the other names (synonyms) of N,N-DIMETHYLCYCLOHEXYLAMINE including the registry numbers is given below, if available.


(Dimethylamino)cyclohexane; Cyclohexanamine, N,N-dimethyl-; Cyclohexylamine, N,N-dimethyl-; Cyclohexyldimethylamine;
N,N-Dimethyl-N-cyclohexylamine; N,N-Dimethylaminocyclohexane; N,N-Dimethylcyclohexanamine; N-Cyclohexyldimethylamine; Polycat 8;
Dimethylcyclohexylamine.


A corrosive substance that can cause injury to the skin, eyes, and respiratory tract; Inhalation may cause pulmonary edema;
Can be absorbed through skin; [ICSC] Irritating or corrosive to animal skin; Irritating to rabbit eyes; Not sensitizing to guinea
pig skin using skin painting test; [IUCLID] Causes muscle contraction or spasticity in lethal-dose studies of mice (inhalation and oral routes);
[RTECS] Causes burns; Toxic if inhaled.


N, N-Dimetilsikloheksilamin (DMCHA) esas olarak buzdolabı için sert poliüretan köpük plastiklerde katalizör olarak kullanılır,
panel, sprey ve döküm. Köpük reaksiyonunda ve sert köpüğün jel reaksiyonunda dengeli katalitik performansa sahiptir.
Su ve izosiyanatın reaksiyonunda daha güçlü katalitik özelliğe sahiptir, ayrıca reaksiyonda orta derecede katalitiktir.
poliol ve izosiyanat. Köpük reaksiyonunda güçlü bir başlangıç ​​katalizörüdür. Poliüretan sert köpüğe ek olarak,
N, N-Dimetilsikloheksilamin ayrıca poliüretan kalıplama yumuşak köpük, yarı sert köpük üretiminde kullanılır.


Reaktif bir yüzey üzerinde toplanması ve daha sonra havadan taşınan analitik tayini için bir yöntem geliştirilmiştir.
N, N-dimetilsikloheksilamin (DMCA). Ortam veya test atmosferinden gelen DMCA, bir Tenax® sorbent numune tüpünde toplanır
düşük akışlı, kişisel bir örnekleme pompası kullanılarak hidroklorik asit (HC1) ile muamele edilmiştir. Tenax emici numune tüpü desorbe edilir
tetrahidrofuran (THF) ve sodyum hidroksit (NaOH) ile karıştırılır ve sonuçtaki çözelti bir gaz kromatografı / kütlesi üzerinde analiz edilir
Seçilen iyon monitörünü kullanarak spektrometre (GC / MS).


Dondurularak kurutulmuş numunelerden lipitlerin ekstraksiyonunda etkinliği için değiştirilebilir bir hidrofiliklik çözücü (SHS) araştırılmıştır.
Botryococcus braunii mikroalg. SHS N, N-dimetilsikloheksilamin, ağırlıkça% 22'ye kadar ham lipit ekstrakte edildi. Dondurularak kurutulmuş hücre ağırlığı.
Çözücü, atmosferde karbon dioksit ile doyurulmuş su ile ekstrakttan çıkarıldı. Basınç altında tutulur ve karışımın karbondan arındırılması
üzerine sudan geri kazanılır.


Geniş katı sert köpüklerde değerlendirme için DMCHA katalizörü önerilir. N, N-dimetilsikloheksilamin Büyük bir uygulama, sprey, döşeme tahtası, levha laminat ve
soğutma formülasyonlarını içeren yalıtım köpükleridir. DMCHA katalizörü aynı zamanda sert köpük mobilya çerçeveleri ve dekoratif parçalar imalatında da kullanılır.
N, N-dimetilsikloheksilamin tek başına kalay katalizörü olmadan tek başına kullanılabilir veya işlenebilirliğe ve spesifik gerekliliklere bağlı olarak diğer katalizörler
ile birlikte kullanılabilir.


N, N-dimetilsikloheksilaminin görünümü: suda çözünmeyen alkol ve eter çözücü içinde çözünür, renksiz ve açık sarı şeffaf bir sıvı.
N, N-dimetilsikloheksilamin ayrı katalizörler olarak kullanılabilir, ancak genellikle diğer katalizörler ile birlikte kullanılabilir.


DMCHA, N, N-dimetilsikloheksilamin Moleküler Formül: C 8 H 17 N Moleküler Ağırlık: 127.23 CAS NO: 98-94-2 PC CAT DMACHA: C-8:
N, N-dimetilsikloheksilamin pek çok poliol ve organik maddede çözünür, güçlü amino asitli çok basit renksiz sıvı, suda çözünmez.

 

 

 

 

Acar Kimya A.Ş. © 2015 Tüm Hakları Saklıdır.