FENTAMINE A86 (STEARYL AMINE/OCTADECYLAMINE )
FENTAMINE A86 (STEARYL AMINE/OCTADECYLAMINE )
CAS NO: 124-30-1
METATAGS;1-Aminooctadecane; Octadecylamine; n-Stearylamine;;1-Octadecanamine; 1-Octadecylamine; Monooctadecylamine; n-Octadecylamine;;OCTADECYLAMINE;octadecan-1-amine;1-Octadecanamine;124-30-1;Stearylamine;1-Aminooctadecane;n-Octadecylamine;Octadecanamine;Stearamine;1-Octadecylamine;n-Stearylamine;Armofilm;Stearyl amine;Monooctadecylamine;Nissan amine AB;Alamine 7;Alamine 7D;Noram SH;Oktadecylamin;Adogenen 142;Armeen 18D;Armeen 118D;Amine AB;Armeen 18;Farmin 80;Crodamine 1.18D;Kemamine P990;Oktadecylamin [Czech];Hydrogenated tallowamine;NSC 9857;CCRIS 4688;Kemamine P 990;HSDB 1194;EINECS 204-695-3;BRN 0636111;CHEMBL55860;AI3-14661;CHEBI:63866;REYJJPSVUYRZGE-UHFFFAOYSA-N;SBB040959;61788-45-2;Octadecyl amine;UNII-FFV58UNY7O;Amines, hydrogenated tallow alkyl;Armid HTD;EINECS 262-976-6;Octadecylamine, 97%;Armeen 1180;ACMC-209aru;O(2)O not degrees .;Amine 18-90;FFV58UNY7O;Tallow amine, hydrogenated;OCTADECANE,1-AMINO;Octadecylamineadogenen 142;NCIOpen2_007744;SCHEMBL12291;4-04-00-00825 (Beilstein Handbook Reference);AC1L26N3;ARONIS001016;SCHEMBL2159903;SCHEMBL3868686;SCHEMBL6253291;WLN: Z18;DTXSID1025801;1838-08-0 (hydrochloride);CTK0H5438;NSC9857;MolPort-000-872-115;NSC-9857;Octadecylamine, >=99.0% (GC);4583AA;ANW-18232;BDBM50147579;LS-695;MFCD00008159;STK062786;ZINC38141453;AKOS000269090;Octadecylamine, technical grade, 90%;MCULE-4763148758;NE10558;RTR-003767;1- degrees +/->>uE(R) degrees EIe;TRA-0206104;NCGC00164134-01;AK122404;AN-39257;AN-43528;KB-79653;LP070545;SC-19004;TR-003767;FT-0608174;FT-0659903;O0014;ST45027923;A833419;I05-0421;I05-0430;J-005064;F3145-0795;1341-47-5;258339-97-8;457883-16-8;52953-83-0;54385-93-2;54693-04-8;56572-34-0;8031-10-5;8035-05-0;8035-06-1;8038-60-6;Octadecylaminetech; stearylamine approx. 90%; 1-Octadedecylamine; 1-Octadecylamine; 1-Aminooctadecane; Stearylamine; Octadecylamin; octadecan-1-amine; A18; A 86; Octadecyl amine;Octadecylamine;n-Octadecylamine;n-Stearylamine;Adogenen 142;Alamine 7;Alamine 7D;Armeen 18D;Armofilm;Kemamine P 990;Nissan amine AB;Noram SH;Stearamine;Stearylamine;1-Aminooctadecane;Armeen 118d;Oktadecylamin;1-Octadecylamine;Crodamine 1.18D;Amine AB;Monooctadecylamine;Farmin 80;Armeen 18;Oda;Amine 18-90;Armeen 1180;Armid HTD;Kemamine P-990, P-990D;Octadecylamineadogenen 142;Steamfilm FG
EC Number (EINECS): 204-695-3
Chemical Formula of Stearyl Amine
C18H39
Molecular Weight of Stearyl Amine
269.5090
Chemical and Physical Properties of Stearyl Amine
Computed Properties
Property Name
Molecular Weight: 269.517 g/mol
Hydrogen Bond Donor Count: 1
Hydrogen Bond Acceptor Count: 1
Rotatable Bond Count: 16
Complexity: 145
Topological Polar Surface Area: 26 A^2
Monoisotopic Mass: 269.308 g/mol
Exact Mass: 269.308 g/mol
XLogP3: 8.5
Compound Is Canonicalized: true
Formal Charge: 0
Heavy Atom Count: 19
Defined Atom Stereocenter Count: 0
Undefined Atom Stereocenter Count: 0
Defined Bond Stereocenter Count: 0
Undefined Bond Stereocenter Count: 0
Isotope Atom Count: 0
Covalently-Bonded Unit Count: 1
Experimental Properties of Stearyl Amine
Physical Description of Stearyl Amine
Octadecylamine is a white solid. Insoluble in water and less dense than water. Hence floats on water. Contact may irritate skin, eyes and mucous membranes. May be toxic by ingestion. Used to make other chemicals.
Liquid
OtherSolid
Boiling Point of Stearyl Amine
660° F at 760 mm Hg
Melting Point of Stearyl Amine
120 to 126° F
Flash Point of Stearyl Amine
300° F
Density of Stearyl Amine
0.8618 at 68° F
Vapor Density of Stearyl Amine
9.29
raits: colorless crystalline solid and waxy.
solution: dissolve in alcohol, ether, benzene and chloroform, acetone – soluble, do not dissolve in water.
purposes: the goods for organic synthesis, for making synthetic resin, such as pesticides and asphalt emulsifier, Fungicide, color photographs coupler, fabric antistatic agent, softener, wetting agents and waterproofing agent, cationic Grease thickening agent, mineral flotation agent, refining device such inhibitors.
preparation or sources: from stearic acid and ammonia in the heat (350 ° C) under the amination reaction, a 18 nitrile (stearin nitrile), and 130 ° C under the pressure (3.43MPa) Nguyen Levin nickel catalyst derived catalytic hydrogenation.
STEARYL AMINE neutralizes acids in exothermic reactions to form salts plus water. May be incompatible with isocyanates, halogenated organics, peroxides, phenols (acidic), epoxides, anhydrides, and acid halides. Flammable gaseous hydrogen may be generated in combination with strong reducing agents, such as hydrides.
APPLICATIONS of Stearyl Amine
-Cationic surfactants (disinfectants, fungicides, germicide, leveling agents, hair rinse bases, wood preservatives, textile softeners, dyeing auxiliaries, ore flotation. pigment grinding aids. anticaking agents)
-Amphoteric surfactants and Amine oxides (antistatic agent, textile scouring agent, ingredient for low irritation shampoo, liquid detergent, foam booster, oil recovery agent)
-Corrosion inhibitors and asphalt emulsifier
-Dispersants, lubricants, water treatment agents.
-Fatty amine products are used as a dispersing agent or internal/external lubricant for benefits in polymer production of to facilitate and stabilize the dispersion of solid compounding materials to enhance processability, to decrease friction and abrasion of the plolymer surface, and to contribute color stability and corrosion prevention.
EC Numaras (EINECS): 204-695-3
Stearil Amin’in Kimyasal Formülü
C18H39
Stearil Amin’in Moleküler Arl
269.5090
Stearil Amin’in Kimyasal ve Fiziksel Özellikleri
Hesaplanan Özellikler
Özellik ad
Moleküler Arlk: 269.517 g / mol
Hidrojen Bam Balayc Says: 1
Hidrojen Ba Alc Says: 1
Dönebilen Ba Saym: 16
Karmaklk 145
Topolojik Polar Yüzey Alan: 26 A ^ 2
Monoizotopic Kütle: 269.308 g / mol
Tam Kütle: 269.308 g / mol
XLogP3: 8.5
Bileik Canonicalized: true
Resmi arj: 0
Ar Atom Says: 19
Tanml Atom Stereocenter Says: 0
Tanmsz Atom Stereocenter Says: 0
Tanmlanm Bond Stereocenter Says: 0
Tanmlanmam Bond Stereocenter Says: 0
zotop Atom Says: 0
Kovalent Bal Birim Says: 1
Stearil Amin’in Deneysel Özellikleri
Stearil Amin’in Fiziksel Tanm
Oktadesilamin beyaz bir katdr. Suda çözünmez ve sudan daha az youn. Dolaysyla su yüzer. Temas, cildi, gözleri ve müköz zarlar tahri edebilir. Yutulduunda toksik olabilir. Dier kimyasallar yapmak için kullanlr.
Sv
Stearil Amin Kaynama Noktas
760 mm Hg’de 660 ° F
Stearil Amin Erime Noktas
120 ila 126 ° F
Stearil Amin Parlama Noktas
300 ° F
Stearil Amin Younluu
0.8618, 68 ° F’de
Stearil Amin Buhar Younluu
9.29
Rutubetler: renksiz kristal kat ve mumlu.
Çözelti: alkol, eter, benzen ve kloroformda çözülür, aseton – çözünür, suda çözünmez.
Organik sentez için ürünler, böcek öldürücüler ve asfalt emülgatör, mantar ilac, renkli fotoraf coupler, kuma antistatik ajan, yumuatc, slatma ajanlar ve su yaltm maddesi, katyonik Gres kalnlatrc ajan, mineral flotasyon ajan, rafine edici cihaz gibi sentetik reçine yapmak için inhibitörleridir.
Aminasyon reaksiyonu altnda 350 ° C scaklkta stearik asit ve amonyak, 18 nitril (stearin nitril) ve 130 ° C basnç altndaki (3.43MPa) Nguyen Levin nikel katalizörü türevli katalitik hidrojenasyon.
STEARYL AMINE, ekzotermik reaksiyonlarda asitleri nötrletirerek tuz art su oluturur. zosiyanatlar, halojenli organik maddeler, peroksitler, fenoller (asidik), epoksitler, anhidritler ve asit halojenürler ile uyumsuz olabilir. Yanc gaz halindeki hidrojen, hidrid gibi kuvvetli indirgeyici ajanlarla birlikte üretilebilir.
Stearil Amin UYGULAMALARI
Katyonik yüzey aktif maddeler (dezenfektanlar, fungisitler, mikrop öldürücü, düzletirici maddeler, saç durulama bazlar, ahap koruyucular, tekstil yumuatclar, boyama yardmclar, cevher flotasyonu, pigment öütme yardmclar,
-Amfoterik yüzey aktif maddeler ve Amin oksitler (antistatik madde, tekstil ykama maddesi, düük tahri edici ampuan için bileen, sv deterjan, köpük artrc, ya kurtarma maddesi)
Korozyon önleyiciler ve asfalt emülgatör
-Dispersantlar, yalayclar, su artma maddeleri.
-Fatl amin ürünleri, ilenebilirlii arttrmak, sürtünmeyi ve plimer yüzeyinin anmasn azaltmak ve renk stabilitesine katkda bulunmak için kat bileim malzemelerinin dalmn kolaylatrmak ve stabilize etmek için polimer üretiminde faydalar için bir datc madde veya iç / d yalama maddesi olarak kullanlrlar Ve korozyon önleme.