TRIETHANOL AMINE (Trietanolamin) 90%
TRIETHANOLAMINE 90% (Trietanolamin 90%)
synonyms:
TRIETHANOL AMINE 90% ;TRIETHANOLAMINE;Trietanolamin 90%; Trolamine; 102-71-6; 2,2′,2”-Nitrilotriethanol; Sterolamide; Tris(2-hydroxyethyl)amine; Daltogen; Nitrilotriethanol; Triethylolamine; Trihydroxytriethylamine; Thiofaco T-35; Triethanolamin; Sting-Kill; Tri(hydroxyethyl)amine; Tris(beta-hydroxyethyl)amine; Ethanol, 2,2′,2”-nitrilotris; Nitrilo-2,2′,2”-triethanol; Sodium ISA; Alkanolamine 244; Teoa; TEA (amino alcohol); 2,2′,2”-Nitrilotris(ethanol); Nitrilotris(ethanol); Tri(hydroxyethyl)amine;Triethanolamin – NG; H3tea; Triaethanolamin-NG; 2,2′,2-Nitrilotriethanol; N(CH2CH2OH)3; Caswell No. 886; Mobisyl; 2,2′,2”-Nitrilotrisethanol; Trola; Triethanolamine homopolymer; 2,2′,2”-Trihydroxytriethylamine; Poly(triethanolamine) ether; 2-[bis(2hydroxyethyl) amino]ethanol; Trihydroxyethylamine; Trolamine (NF); Trolamine [NF]; Triethylamine, 2,2′,2”-trihydroxy-2-[bis(2-hydroxyethyl)amino]ethan-1-ol; Triethanolamine; condensate polymer; Ethanol, 2,2′,2”-nitrilotri-
Ethanol, 2,2′,2”-nitrilotris-, homopolymer; EINECS 203-049-8; EPA Pesticide Chemical Code 004208; NCIOpen2_004601; 2,2′,2″-Nitrilotriethanol; 2,2′,2′-Nitrilotriethanol; 2,2′,2-Nitrilotris(ethanol); CHEBI:28621; 2,2′,2”-Nitrilotris[ethanol]; Ethanol, 2,2′,2′-nitrilotris-; Triethanolamine, 99+%; tri-(2-hydroxyethyl)amine; Tri-beta-hydroxy Ethylamine; tris-(2-hydroxyethyl)amine; Biafine; Tris(2-Hydroxyethyl) Amine; CAS-102-71-6; Cerumenex; Alkano; Mobisy; Triethanolamine 85%; Triethanolamine 99%; Triethanolamine, USP; TRIETHANOL AMINE; Triethanolamine, 97%; Tris(b-hydroxyethyl)amine; 2,2”-Nitrilotriethanol; 2,2,2-Nitrilotriethanol; EC 203-049-8; Nitrilo-2,2”-triethanol; tris-(2-hydroxyethyl)-amine; tris(beta -hydroxyethyl)amine; 2,2”-Nitrilotris[ethanol]; Ethanol,2′,2”-nitrilotri-; Tris(.beta.-hydroxyethyl)amine; CHEMBL446061; Ethanol,2′,2”-nitrilotris-; TR ETHANOL AMNE 90%; TRETHANOL AMNE 90%; TR ETHANOLAMNE 90% ; TRETHANOLAMNE 90%; TRIETHANOLAMINE90%; TR ETHANOL AMNE90%; TRETHANOL AMNE90%; TR ETHANOLAMNE90% ; TRETHANOLAMNE90%; TR ETANOL AMN 90%; TRETANOL AMN 90%; TRETANOLAMN 90%; TR ETANOL AMN 90%; TRETANOL AMN 90%; TR ETANOL AMN ; TRETANOLAMN 90%;trethanol amne 90% ;trethanolamne; tri ethanol amine; triethanol amine; tri ethanolamine; triethanolamine; trethanolamne 90%; tri ethanol amine 90%; triethanol amine 90%; tri ethanolamine 90% ; triethanolamine 90%; trethanolamne90%; tri ethanol amine90%; triethanol amine90%; tri ethanolamine90% ; triethanolamine90%; tri etanol amin 90%; trietanol amin 90%; Trietanolamin 90% 90%; tri etanol amin 90%; trietanol amin 90%; tri etanol amin ; Trietanolamin 90% 90%; Trethanol Amne 90% ;Trethanolamne; Triethanolamine,; LR, >=99%; 2,2′,2′-Nitrilotris-Ethanol; 2,2’2”-Nitrilotris-Ethanol; 2,2′,2”-Nitrilotri-Ethanol; CTK3J2086; 2,2′,2”-Nitrilotris-Ethanol; Nitrilo-2,2′,2quot -triethanol; Trietanolamin 90%; Triethanolamine, p.a., 99.0%; TRIETHANOL AMINE 90% ;TRIETHANOLAMINE; Trolamine; 102-71-6; 2,2′,2”-Nitrilotriethanol; Sterolamide; Tris(2-hydroxyethyl)amine; Daltogen; Nitrilotriethanol; Triethylolamine; Trihydroxytriethylamine; Thiofaco T-35; Triethanolamin; Sting-Kill; Tri(hydroxyethyl)amine; Tris(beta-hydroxyethyl)amine; Ethanol, 2,2′,2”-nitrilotris; Nitrilo-2,2′,2”-triethanol; Sodium ISA; Alkanolamine 244; Teoa; TEA (amino alcohol); 2,2′,2”-Nitrilotris(ethanol); Nitrilotris(ethanol); Tri(hydroxyethyl)amine; Triethanolamin – NG; H3tea; Triaethanolamin-NG; 2,2′,2-Nitrilotriethanol; N(CH2CH2OH)3; Caswell No. 886; Mobisyl; 2,2′,2”-Nitrilotrisethanol; Trola; Triethanolamine homopolymer; 2,2′,2”-Trihydroxytriethylamine; Poly(triethanolamine) ether; 2-[bis(2hydroxyethyl) amino]ethanol; Trihydroxyethylamine; Trolamine (NF); Trolamine [NF]; Triethylamine, 2,2′,2”-trihydroxy-2-[bis(2-hydroxyethyl)amino]ethan-1-ol; Triethanolamine; condensate polymer; Ethanol, 2,2′,2”-nitrilotri-
Ethanol, 2,2′,2”-nitrilotris-, homopolymer; EINECS 203-049-8; EPA Pesticide Chemical Code 004208; NCIOpen2_004601; 2,2′,2″-Nitrilotriethanol; 2,2′,2′-Nitrilotriethanol; 2,2′,2-Nitrilotris(ethanol); CHEBI:28621; 2,2′,2”-Nitrilotris[ethanol]; Ethanol, 2,2′,2′-nitrilotris-; Triethanolamine, 99+%; tri-(2-hydroxyethyl)amine; Tri-beta-hydroxy Ethylamine; tris-(2-hydroxyethyl)amine; Biafine; Tris(2-Hydroxyethyl) Amine; CAS-102-71-6; Cerumenex; Alkano; Mobisy; Triethanolamine 85%; Triethanolamine 99%; Triethanolamine, USP; TRIETHANOL AMINE; Triethanolamine, 97%; Tris(b-hydroxyethyl)amine; 2,2”-Nitrilotriethanol; 2,2,2-Nitrilotriethanol; EC 203-049-8; Nitrilo-2,2”-triethanol; tris-(2-hydroxyethyl)-amine; tris(beta -hydroxyethyl)amine; 2,2”-Nitrilotris[ethanol]; Ethanol,2′,2”-nitrilotri-; Tris(.beta.-hydroxyethyl)amine; CHEMBL446061; Ethanol,2′,2”-nitrilotris-; Triethanolamine,; LR, >=99%; 2,2′,2′-Nitrilotris-Ethanol; 2,2’2”-Nitrilotris-Ethanol; 2,2′,2”-Nitrilotri-Ethanol; CTK3J2086; 2,2′,2”-Nitrilotris-Ethanol; Nitrilo-2,2′,2quot -triethanol; Triethanolamine, p.a., 99.0%; TRIETHANOL AMINE 90% ;TRIETHANOLAMINE; TR ETHANOL AMNE; TRETHANOL AMNE; TR ETHANOLAMNE; TRETHANOLAMNE; TRIETHANOLAMINE 90%; TR ETHANOL AMNE 90%; TRETHANOL AMNE 90%; TR ETHANOLAMNE 90% ; TRETHANOLAMNE 90%; TRIETHANOLAMINE90%; TR ETHANOL AMNE90%; TRETHANOL AMNE90%; TR ETHANOLAMNE90% ; TRETHANOLAMNE90%; TR ETANOL AMN 90%; TRETANOL AMN 90%; TRETANOLAMN 90%; TR ETANOL AMN 90%; TRETANOL AMN 90%; TR ETANOL AMN ; TRETANOLAMN 90%;trethanol amne 90% ;trethanolamne; tri ethanol amine; triethanol amine; tri ethanolamine; triethanolamine; trethanolamne 90%; tri ethanol amine 90%; triethanol amine 90%; tri ethanolamine 90% ; triethanolamine 90%; trethanolamne90%; tri ethanol amine90%; triethanol amine90%; tri ethanolamine90% ; triethanolamine90%; tri etanol amin 90%; trietanol amin 90%; Trietanolamin 90% 90%; tri etanol amin 90%; trietanol amin 90%; tri etanol amin ; Trietanolamin 90% 90%; Trethanol Amne 90% ;Trethanolamne; Tri Ethanol Amine; Triethanol Amine; Tri Ethanolamine; Triethanolamine; Trethanolamne 90%; Tri Ethanol Amine 90%; Triethanol Amine 90%; Tri Ethanolamine 90% ; Triethanolamine 90%; Trethanolamne90%; Tri Ethanol Amine90%; Triethanol Amine90%; Tri Ethanolamine90% ; Triethanolamine90%; Tri Etanol Amin 90%; Trietanol Amin 90%; Trietanolamin 90% 90%; Tri Etanol Amin 90%; Trietanol Amin 90%; Tri Etanol Amin ; Trietanolamin 90%
TRETHANOLAMNE 90%
Triethanolamine 90%
Not to be confused with Triethylamine.Triethanolamine 90%
Skeletal formula of triethanolamine
Ball-and-stick model of the triethanolamine molecule
Colorless liquid in a stoppered glass bottle
Names
Preferred IUPAC name
2,2′,2”-Nitrilotri(ethan-1-ol)[1]
Other names
2,2′,2”-Nitrilotriethanol
Tris(2-hydroxyethyl)amine
Triethylolamine
2,2′,2″-Trihydroxytriethylamine
Trolamine
TEA
TELA
TEOA
N(CH2CH2OH)3
Identifiers
CAS Number
102-71-6 ☑
3D model (JSmol)
Interactive image
3DMet
B01049
Beilstein Reference
1699263
ChEBI
CHEBI:28621 ☑
ChEMBL
ChEMBL446061 ☑
ChemSpider
13835630 ☑
ECHA InfoCard 100.002.773
EC Number
203-049-8
KEGG
D00215 ☑
MeSH Biafine
PubChem CID
7618
RTECS number
KL9275000
UNII
9O3K93S3TK ☑
CompTox Dashboard (EPA)
DTXSID9021392 Edit this at Wikidata
InChI[show]
SMILES[show]
Properties of Triethanolamine 90%
Chemical formula of Triethanolamine 90%
C6H15NO3
Molar mass of Triethanolamine 90% 149.190 g·mol-1
Appearance of Triethanolamine 90% Colourless liquid
Odor of Triethanolamine 90% Ammoniacal
Density of Triethanolamine 90% 1.124 g mL-1
Melting point of Triethanolamine 90% 21.60 °C; 70.88 °F; 294.75 K
Boiling point of Triethanolamine 90% 335.40 °C; 635.72 °F; 608.55 K
Solubility of Triethanolamine 90% in water
miscible
log P -0.988
Vapor pressure of Triethanolamine 90% 1 Pa (at 20 °C)
Acidity of Triethanolamine 90% (pKa) 7.74[2]
UV-vis (λmax) 280 nm
Refractive index of Triethanolamine 90% (nD)
1.485
Thermochemistry
Heat capacity (C)
389 J K-1 mol-1
Std enthalpy of
formation (ΔfH⦵298)
-665.7 – -662.7 kJ mol-1
Std enthalpy of
combustion (ΔcH⦵298)
-3.8421 – -3.8391 MJ mol-1
Pharmacology
ATC code
D03AX12 (WHO)
Hazards
Safety data sheet hazard.com
GHS pictograms GHS07: Harmful
GHS Signal word Warning
GHS hazard statements
H319
GHS precautionary statements
P305+351+338
NFPA 704 (fire diamond)
NFPA 704 four-colored diamond
120
Flash point 179 °C (354 °F; 452 K)
Autoignition
temperature
325 °C (617 °F; 598 K)
Explosive limits 1.3-8.5%
Lethal dose or concentration (LD, LC):
LD50 (median dose)
2.2 g kg-1 (oral, guinea pig)
2.2 g kg-1 (oral, rabbit)
5.53 g kg-1 (oral, rat)
5.846 g kg-1 (oral, mouse)
22.5 g kg-1 (dermal, rabbit)
Related compounds
Related alkanols
N-Methylethanolamine
Dimethylethanolamine
Diethylethanolamine
Diethanolamine
N,N-Diisopropylaminoethanol
Methyl diethanolamine
Bis-tris methane
Related compounds
Diethylhydroxylamine
Except where otherwise noted, data are given for materials in their standard state (at 25 °C [77 °F], 100 kPa).
☑ verify (what is ☑☒ ?)
Infobox referencesTriethanolamine 90% 90%, or TEA is a viscous organic compound that is both a tertiary amine and a triol. A triol is a molecule with three alcohol groups. Approximately 150,000 tonnes were produced in 1999.[3]Triethanolamine 90% is a colourless compound although samples may appear yellow because of impurities.
Production Triethanolamine 90% is produced from the reaction of ethylene oxide with aqueous ammonia, also produced are ethanolamine and diethanolamine. The ratio of the products can be controlled by changing the stoichiometry of the reactants.[4]
Applications Triethanolamine 90% is used primarily in making surfactants, such as for emulsifier. Triethanolamine 90% is a common ingredient in formulations used for both industrial and consumer products. The triethanolamine neutralizes fatty acids, adjusts and buffers the pH, and solubilizes oils and other ingredients that are not completely soluble in water. Triethanolammonium salts in some cases are more soluble than salts of alkali metals that might be used otherwise, and results in less alkaline products than would from using alkali metal hydroxides to form the salt. Some common products in which triethanolamine is found are sunscreen lotions, liquid laundry detergents, dishwashing liquids, general cleaners, hand sanitizers, polishes, metalworking fluids, paints, shaving cream and printing inks.[5]
Cement production Triethanolamine 90% is also used as organic additive (0.1 wt%) in the grinding of cement clinker.Triethanolamine 90% facilitates the grinding process by preventing agglomeration and coating of the powder at the surface of balls and mill wall.[6]
Cosmetics and medicine
Various ear diseases and infections are treated with eardrops containing triethanolamine polypeptide oleate-condensate, such as Cerumenex in the United States. In pharmaceutics, triethanolamine is the active ingredient of some eardrops used to treat impacted earwax. Triethanolamine 90% also serves as a pH balancer in many different cosmetic products, ranging from cleansing creams and milks, skin lotions, eye gels, moisturizers, shampoos, shaving foams, and so on. Triethanolamine 90% is a fairly strong base: a 1% solution has a pH of approximately 10, whereas the pH of skin is less than pH 7, approximately 5.5-6.0. Cleansing milk-cream emulsions based on Triethanolamine 90% are particularly good at removing makeup.
Derivatives
Amustaline
Trolnitrate
Trimustine
In the laboratory and in amateur photography
Another common use of Triethanolamine 90% is as a complexing agent for aluminium ions in aqueous solutions. This reaction is often used to mask such ions before complexometric titrations with another chelating agent such as EDTA. Triethanolamine 90% has also been used in photographic (silver halide) processing. Triethanolamine 90% has been promoted as a useful alkali by amateur photographers.
In holography
Triethanolamine 90% is used to provide a sensitivity boost to silver-halide-based holograms, and also as a swelling agent to color shift holograms. It is possible to get the sensitivity boost without color shift by rinsing out the TEA before squeegee and drying.[7]
In electroless plating
Triethanolamine 90% is now commonly and very effectively used as a complexing agent in electroless plating.
In ultrasonic testing
2-3% in water Triethanolamine 90% is used as an corrosion inhibitor (anti-rust) agent in immersion ultrasonic testing.
In aluminium solderingTriethanolamine 90%, diethanolamine and aminoethylethanolamine are major components of common liquid organic fluxes for the soldering of aluminium alloys using tin-zinc and other tin or lead-based soft solders.[8][9][10]
Safety and regulation
Allergic reactions
A 1996 study found that Triethanolamine 90% (TEOA) occasionally causes contact allergy.[11] A 2001 study found Triethanolamine 90% in a sunscreen caused an allergic contact dermatitis.[12] A 2007 study found Triethanolamine 90% in ear drops caused a contact allergy.[13] Systemic and respiratory tract (RT) toxicity was analyzed for 28 days in a nose specific inhalation 2008 study in Wistar rats;Triethanolamine 90% seems to be less potent in regard to systemic toxicity and RT irritancy than diethanolamine (DEA). Exposure to Triethanolamine 90% resulted in focal inflammation, starting in single male animals from 20 mg/m3 concentrations.[14]
A 2009 study stated that patch test reactions reveal a slight irritant potential instead of a true allergic response in several cases, and also indicated the risk of skin sensitization to Triethanolamine 90% seems to be very low.[15]
Tumors
Reports indicated that Triethanolamine 90% causes an increased incidence of tumor growth in the liver in female B6C3F1 mice, but not in male mice or in Fischer 344 rats.[16] A 2004 study concluded “Triethanolamine 90% may cause liver tumors in mice via a choline-depletion mode of action and that this effect is likely caused by the inhibition of choline uptake by cells.”[16]
Environmental toxicity
A 2009 study found that Triethanolamine 90% has potential acute, sub-chronic and chronic toxicity properties in respect to aquatic species.[17]
Regulation
Triethanolamine 90% is listed under Schedule 3, part B of the Chemical Weapons Convention as Triethanolamine 90% can be used in the manufacture of HN3 nitrogen mustard.
See also
Complexometric titration
Ethanolamine
EthanolTriethanolamine 90% salicylate
INCITriethanolamine 90%
Appearance / Product characteristics
Light, almost colorless liquid
Use
Neutralizing agent suitable for a variety of cosmetic preparations.
Application
Sun Protection
Product Groups
NeutralizersTriethanolamine 90% 90%. Triethanolamine 90% Care acts as a neutralizing agent. Triethanolamine 90% Care is used in sun protection formulations.
Claims Buffering & Neutralizing Agents > Bases
INCI Names TRIETHANOLAMINE
Chemical Composition Tertiary amineTriethanolamine 90% 90%Triethanolamine 90% is classified as :
Buffering
Emulsifying
Masking
Surfactant
CAS Number 102-71-6
EINECS 203-049-8
Restriction (applies to EU only): III/62
COSING REF No: 38702
INN Name: trolamine
Chem/IUPAC Name: 2,2′,2”-Nitrilotriethanol
Properties
Related Categories Biochemicals and Reagents, Biological Buffers, Buffer Convenience Packaging, Buffer Solutions, Buffers A to Z More…
vapor density 5.14 (vs air)
vapor pressure 0.01 mmHg ( 20 °C)
assay ≥99.0% (GC)
form liquid
viscous liquid
autoignition temp. 600 °F
expl. lim. 8.5 %
Show More (35)
Description
General description Triethanolamine 90% (TEA) belongs to the family of ethanolamine. It includes the properties of both amines and alcohols.[1] Addition of TEA to an acidic buffer facilitates the determination of fluoride in inorganic orthophosphates by using a fluoride-selective electrode.[2]
ApplicationTriethanolamine 90% (TEA) has been used:
• as a component of the acetylation working solution[3]
• in the preparation of polyethylene glycol (PEG) hydrogels[4]
• as a constituent of CO2/O2 specificity (SC/O) assay buffer[5]
Description: Organic compound composed of a tri-alcohol & an amine. Triethanolamine 90% is a weak base (pH 10-11), widely used to elevate the pH in cosmetic formulas. Chemical name: 2,2′,2”-nitrilotriethanol. Colorless to light yellow, viscous liquid, or solid depending upon storage conditions. Slight ammonia odor. Soluble in water & oils.
CAS: 102-71-6
INCI Name: Triethanolamine
Benefits:
pH adjuster (increases pH)
Stabilizes emulsions, fragrances and preservatives
Acts as foam stabilizer as it has detergent properties and stabilizes other surfactants
Improves efficacy of preservatives by stabilizing the pH value
Use: Typical use level 0.1-1% depending on product type & desired pH value. Note: Crystallizes upon room temperature. For external use only.
Applications: For adjusting pH values & stabilizing all kinds of personal care & makeup products.
Country of Origin: USA
Raw material source: Ammonia, ethylene oxide
Manufacture: Triethanolamine is produced synthetically from the reaction of ethylene oxide with aqueous ammonia. Byproducts are ethanolamine and diethanolamine.
Animal Testing: Not animal tested
GMO: GMO-free (does not contain plant-derived components)
Vegan: Does not contain animal-derived components
Documents: SDS, Fact Sheet, Sample Recipe, Certificate of Analysis
For California Customers: Under California’s Safe Drinking Water and Toxic Enforcement Act, better known as OEHHA Prop 65, we are required to place a warning to this product since the OEHHA believes that Diethanolamine (DEA) that is contained in trace amounts in Triethanolamine (TEA) may cause cancer even though all of the available scientific data clearly suggest that there is insufficient epidemiological or toxicological evidence to say that either of these substances would be a human carcinogen as stated by the Personal Care Products Council, CropLife America, the American Chemistry Council, the America Cleaning Institute, the Chemical Producers & Distributors Association, and the Consumer Specialty Products Association (CSPA). In addition, IARC (The International Agency for Research on Cancer from the World Health Organization) concluded that there is inadequate evidence in humans for the carcinogenicity of diethanolamine and EPA (The United States Environmental Protection Agency) has not classified diethanolamine for carcinogenicity.
Trietanolamin 90%
Görünümü : Açk Sar Berrak Svdr, Higroskopiktir
Kimyasal Ad : TEA
Kimyasal Formülü : C6H15NO3
Ambalaj ekli : 210 kg. lk fçlarda
Kullanm Alanlar :
Genellikle TEA olarak ksaltlan Trietanolamin 90%, hem bir tersiyer amin hem de bir triol olan, yapkan bir organik bileiktir. Bir triol üç alkol grubuna sahip bir moleküldür. Trietanolamin 90% güçlü bir bazdr. Trietanolamin 90% ayrca trietilaminden ayrt edilmesine yardmc olabilecek TEOA olarak da ksaltlr. 1999’da yaklak 150.000 ton üretilmitir. Renksiz bir bileiktir, ancak örnekler yabanc maddelerden dolay sar görünebilir.
Trietanolamin 90%, etilen oksitin sulu amonyak ile reaksiyonundan üretilir ve etanolamin ve dietanolamin üretilir. Ürünlerin oran, reaktanlarn stoikiometrinin deitirilmesi ile kontrol edilebilir.
Trietanolamin 90% öncelikli olarak, emülgatörler için olduu gibi sürfaktanlarn yapmnda kullanlr. Hem endüstriyel hem de tüketici ürünleri için kullanlan formülasyonlar için ortak bir içeriktir. Trietanolamin 90% ya asitlerini nötralize eder, pH’y ayarlar ve tamponlar ve yalarda ve suda tamamen çözünmeyen dier bileenleri çözündürür. Baz durumlarda trietanolamonyum tuzlar, aksi takdirde kullanlabilecek alkali metallerin tuzlarndan daha fazla çözünür ve tuz oluturmak için alkali metal hidroksitlerin kullanmndan daha az alkalin ürünü üretir. Trietanolamin 90% bulunan baz yaygn ürünler; güneten koruyucu losyonlar, sv çamar deterjanlar, bulak ykama svlar, genel temizleyiciler, el sanitizörleri, parlatclar, metal ileme svlar, boyalar, tra kremi ve mürekkep basklardr.
Trietanolamin 90% Kullanm Alanlar
Trietanolamin 90%, çimento klinkerinin öütülmesinde organik katk maddesi (arlkça% 0.1) olarak da kullanlr. Trietanolamin 90% Toplarn toplanmas ve deirmen duvarnn tozunun aglomerasyonunu ve kaplanmasn önleyerek öütme ilemini kolaylatrr.
Eczaclkta, Trietanolamin 90% darbeli kulak kirini tedavi etmek için kullanlan baz kulak damlalarnn aktif maddesidir.
Trietanolamin 90% Ayrca, birçok farkl kozmetik ürünlerinde, temizleyici kremler ve sütler, cilt losyonlar, göz jöleleri, nemlendiriciler, ampuanlar, tra köpükleri vb. kullanlmaktadr.
Trietanolamin 90% ‘nn bir dier ortak kullanm, sulu çözeltilerde alüminyum iyonlar için kompleks oluturucu bir ajan olarak kullanlr.
EDTA gibi baka bir kenetleme maddesi ile kompleksometrik titrasyonlar öncesi maskelemek için kullanlr.
Trietanolamin 90% (TEA)
Trietanolamin 90% Fiziksel özellii : Berrak Sv
Trietanolamin 90% Kimyasal Formülü : C6H15N03
Trietanolamin 90% Molekül arl: 149,19 g/mol
Trietanolamin 90% Ambalaj ekli : Varil / IBC
Trietanolamin 90% ; suda çözünebilen alkali amin grubundadr. Trietanolamin 90% Zayf asidik ve higroskobik özellik gösterir.Trietanolamin 90% Kendine has kokusu olan hafif renkli veya renksiz youn kvaml sv haldedir.
Trietanolamin 90% Kullanm Alanlar
-naat sektöründe ; çimento-beton ve dier yap kimyasallarnn yapmnda Trietanolamin 90% kullanlr.
-Kiisel bakm ürünlerinde , kozmetik sektöründe Trietanolamin 90% kullanlr.
-Trietanolamin 90% Korozyon inhibitörleri
-Trietanolamin 90% Metal ve plastik sanayinde
-Trietanolamin 90% Stabilizatör üretiminde
-Trietanolamin 90% Deterjan ve temizlik sektöründe
-Trietanolamin 90% Otomotiv bakm ürünlerinde ykama ampuanlar ve sv sabun üretiminde
-Trietanolamin 90% Boya sanayinde
– Tekstilde kullanlan yüzey aktiflerin üretiminde Trietanolamin 90% kullanlr.
Trietanolamin 90% Nedir?
Trietanolamin 90% Molekül Formülü; C6H15NO3
Trietanolamin 90% Molekül Arl; 149,19 g/mol
Trietanolamin 90% Kimyasal Ad; Trietanolamin 90%
Trietanolamin 90% CAS Numaras; 102-71-6
Trietanolamin 90% (TEA), H3TEA veya Trolamin olarak ta bilinen Trietanolamin 90% bir tersiyer amin ve bir triol(3 alkol grubu bulunan bir molekül) olan yal viskoz organik bir bileiktir. Trietanolamin 90% (TEA) alkol ve aminlerin özelliklerini sergileyen 2 ilevli bir kimyasal bileiktir.
Trietanolamin 90%, Bir C1 atomuna bal bir amin grubu ve C2 atomuna bal bir alkol grubu içeren bir alkil grubu içeren kimyasal bileiklerdir.
Trietanolamin 90% (TEA) kat(suda) ve oldukça zayf asidik özellie sahip esas olarak nötral özellikte bir bileik olarak bulunmaktadr.
Trietanolamin 90% Potansiyel olarak toksik bir kimyasal maddedir. Trietanolamin 90%in 20 °C’nin altnda katlama eilimi göstermektedir.
Dier simleri Aadaki Gibidir;
Trietanolamin 90%
TEA
Trolamin
Nitrilotriethanol
Sterolamide
Trihydroxytriethylamine
Daltogen
Tri(Hidroksietil)amin
Alkanolamin 244
Tris(P-hidroksietil) amin
TEOA
Trietanolamin 90% Homopolimer
Poli(Trietanolamin 90%) eter
Tris(2-hidroksietil) amin
2-[Bis(2-hidroksietil) amino] etanol
Trietanolamin 90% USP
Üretimi Nasldr?
Trietanolamin 90% (TEA) üretimi etilen oksit’in ar amonyak ile reaksiyona girmesi ile endüstriyel ölçekte üretilmektedir. Bu üretimde kullanlan amonyak fazlalnn miktar çok önemlidir.
Trietanolamin 90% üretim sürecinde Etilen oksit ile amonyak reaksiyonu yava yava gerçekleir ve daha sonra su ile reaksiyon hzlandrlr.
Trietanolamin 90%in Üretim aamasnda, bir organik iyon deiimi reçinesi, termal olarak daha kararl asidik yapdaki inorganik killer veya zeolitlerden oluan sabit yatakl katalizör kullanlmaktadr.
Trietanolamin 90% (TEA) üretimi yaplan bütün süreçlerde reaksiyon sv fazda gerçeklemektedir. Üretiminde amonyak ve etilen oksitin buharlamasn önlemek için reaktör basnc reaksiyon scaklndan oldukça büyüktür.
Trietanolamin 90% oluumunda Gerçekleen reaksiyonlar oldukça ekzotermiktir. Yani darya s veren reaksiyonlar gerçeklemektedir.
Trietanolamin 90% (TEA) 3 mol Etilen oksitin 1 mol Amonyak ile reaksiyona sokulmas ile elde edilir.
Trietanolamin 90% Fiziksel ve Kimyasal Özellikleri Nelerdir?
Trietanolamin 90% Fiziksel olarak açk sar ve hafif sar renkte bulunmaktadr. Trietanolamin 90% Hafif amonyak kokulu yal sv formda bulunan bir kimyasaldr.
Trietanolamin 90% Erime noktas 21 °C dir.
Trietanolamin 90% Kaynama noktas 360 °C dir.
Trietanolamin 90% (TEA) younluu 1,1245 g/cm3 tür.
Havaya duyarl ve higroskopik özellikte bir kimyasaldr.
Trietanolamin 90% çözünürlük olarak suda çözünen bir bileiktir. Sudan daha youn bir bileiktir.
Trietanolamin 90% (TEA) metanol, aseton, benzen, eter, karbon tetra klorür ve n-heptan içinde çözünür. Kloroformda çözünür fakat petrol eterinde az çözünür.
ÇTrietanolamin 90% Çok higroskopik bir bileiktir. Havaya ve sya maruz kaldnda kahverengiden döner.
Tekstil Sektöründe Trietanolamin 90% Kullanm Nasldr?
Tekstil ileme alannda prese dayankl kumalarn bitirme ve yumuatc kimyasallarn imalatnda ki reaksiyonda ara madde olarak Trietanolamin 90% ilev görmektedir. Amin bazl sabunlar düük alkalilikleri sayesinde yün ve ipek yapl maddeler için Trietanolamin 90% uygun bir temizlik kimyasaldr.
Etanolamin gruplar higroskopik özellikleri sayesinde bask macunlarnn üretiminde Trietanolamin 90% etken bir maddedir. Asetat ipei olarak tabir edilen suni liflerin imalatnda Trietanolamin 90% boyalar kullanlr. Bu boyalarn özellikleri dietanolamin ve Trietanolamin 90% kullanlarak elde edilmektedir.
Trietanolamin 90% Kullanm Alanlar Nerelerdir?
Trietanolamin 90% Kullanm alanlar arasnda yaptrclar ve dolgu macunlarnn imalat bulunmaktadr.
Tarm kimyasallarnn imalatnda kullanlmaktadr. Bu kimyasallar haere öldürücü olmayanlar olarak belirtilmektedir. Çinko sülfat ile Borik asitten elde edilen zirai ilaçlarn çözücüsü olarak Trietanolamin 90% kullanlmaktadr. Trietanolamin in Buradaki konsantrasyonu %85 ile %99 luk olabilir.
Trietanolamin 90% Çimento inaatlarda demir ile birletiinde demir üzerinde korozyon olumaktadr. naat demirlerindeki Korozyonun olumasn önlemek veya geciktirmek için çimento imal edilirken Trietanolamin 90% ile modifiye edilmektedir. Bu sayede neme maruz kalan inaat demirlerinin paslanmas ve çürümesinin geciktirilmesi amaçlanmaktadr.
Trietanolamin 90% Korozyon inhibitörleri ve anti-ölçekleme kimyasallarnn imalatnda kullanlmaktadr.
Kapal sistemlerde kullanlan fonksiyonel akkanlarn imalatnda kullanlmaktadr. Buradaki Trietanolamin 90% kullanm amac, farkl kimyasallar ile modifiye edilerek metal yüzeyi üzerinde jel tabakas oluturmasdr.
Trietanolamin 90% Baz ara ürün kimyasallarn imalatnda kullanlmaktadr.
Trietanolamin 90% Yalayc katklar ve yalayclarn imalatnda kullanlmaktadr.
Deri ve saç bakm ürünleri için pH ayarlayc kimyasal olarak Trietanolamin 90% kullanlmaktadr.
Güne krem losyonlar, sv çamar deterjanlar cilalar, boyalar ve kozmetikte yüzey aktif madde olarak Trietanolamin 90% kullanlmaktadr. Bu alanda Trietanolamin 90%, pH dengeleyicisi ve formülü Kvamlatrc etkiye sahiptir.
Trietanolamin 90% Kiisel bakm ürünlerinin imalatnda youn bir ekilde kullanlmaktadr.
Trietanolamin 90% Araçlarn radyatör ve motor sular belirli bir scakln altnda donma eilimi göstermektedir. Araç sistemlerinde bu gibi donma problemlerin olumasn engellemek için antifrizler kullanlr. Burada kullanlan Antifriz ve buz çözücü ürünlerin imalatnda Trietanolamin 90% kullanlmaktadr.
Trietanolamin 90% Baka yerde kaplanmam tekstil ve deri ürünlerinin imalatnda kullanlmaktadr. Baka yerde kaplanmam metal ürünlerin imalatnda kullanlmaktadr.
Trietanolamin 90% Kat ürünlerin imalatnda kullanlmaktadr.
Trietanolamin 90% leme yardmc kimyasallarn imalatnda kullanlmaktadr.
Trietanolamin 90% (TEA) ürün formülasyonunun bir parças haline gelerek çözücü olarak kullanlr.
Trietanolamin 90% Bask mürekkeplerinin imalatnda kullanlmaktadr.
Trietanolamin 90% (TEA) yap ve inaat malzemeleri, aaç ve ahap ürünlerin ilenmesinde kullanlmaktadr.
Trietanolamin 90% Baz yalar ve greslerin imalatnda kullanlmaktadr.
Fotoraf malzemeleri, film ve fotoraf kimyasallar imalatnda kullanlmaktadr.
Trietanolamin 90% Fotokimyasal maddelerin imalatnda kullanlmaktadr.
Trietanolamin 90% (TEA)
Trietanolamin 90% Kimyasal Formülü: C6H15NO3
CAS No: 102-71-6
Moleküler Arlk 149.19 g/mol
Younluk 1.13 g/cm3
Donma Noktas – 21.6°C
Kaynama Noktas, 760 mm Hg 335°C
Trietanolamin 90% (TEA)
Trietanolamin 90% 230 kg orjinal varillerde bulunmaktadr.
Trietanolamin 90% Renksiz ve sudan daha youn olan bir svdr.
Trietanolamin 90% Etilen Oksit ile Amonyak tepkimesi neticesinde elde edilir.
Trietanolamin 90% Hafif amonyak kokusu barndrr.
Trietanolamin 90% Patlayc deildir.
Trietanolamin 90% Hava ve a maruz kaldnda kahverengileir.
Trietanolamin 90% pH ayarlayc özellie sahiptir.
Trietanolamin 90% Farkl bileenlerin daha iyi karmasna yardmc olur.
Cilde uzun süre temas etmesi, Trietanolamin 90% içeren bir ürünün ciltte uzun süre kalmas tehlike arz eder, tahrie sebebiyet verebilir.
Trietanolamin 90% nedir ?
Bata deterjan olmak üzere, tekstil, boya, kozmetik ve daha birçok endüstriyel alanlarda kullanlr. Tarmda ise, borik asitle reaksiyonunda, BORETANOLAMN oluturarak, bor kaynakl sv gübre üretiminde kullanlr. Ayrca PH ayarlamada istenirse kullanlabilir.
Trietanolamin 90%, bir tersiyer amin olup genellikle TEA olarak ksaltlr. Orta derece güçlülükte bir bazdr.
Trietanolamin 90%, beton öütmede yardmc ajan olarak kullanlmaktadr. Trietanolamin 90%, petrol demülsifiyerlerinde ve korozyon önleyicilerde ara madde olarak kullanlr. Trietanolamin 90%,polimerize edici ajanlarda ve poliüretan reçineleri için katalizör olarak kullanlmaktadr. Trietanolamin 90%, kauçuk vulkanizasyonu tetikleyicilerde görev alr. Trietanolamin 90%,Antfiriz üretiminde kullanlr.
Triéthanolamine 90%
Triéthanolamine 90%
Triethanolamine.pngTriethanolamine 3D ball.png
Identification
Synonymes du Triéthanolamine 90%
2,2′,2-nitrilotriéthanol,
trihydroxytriéthylamine
No CAS 102-71-6
No ECHA 100.002.773
No CE 203-049-8
Code ATC D03AX12
SMILES
[Afficher]
InChI
[Afficher]
Apparence Liquide hygroscopique incolore visqueux ou cristaux d’odeur caractéristique1.
Propriétés chimiques de Triéthanolamine 90%
Formule brute de Triéthanolamine 90% C6H15NO3 [Isomères]
Masse molaire3 149,1882 ± 0,007 g/mol
C 48,3 %, H 10,13 %, N 9,39 %, O 32,17 %,
Moment dipolaire 3,57 D 2
Diamètre moléculaire 0,674 nm 2
Propriétés physiques
T° fusion 21,6 °C1
T° ébullition 335,4 °C1
Paramètre de solubilité δ 21,6 J1/2·cm-3/2 (30 °C)2
Miscibilité dans l’eau : miscible1
Masse volumique 1,1242 g·cm-3 4
T° d’auto-inflammation 324 °C1
Point d’éclair 179 °C1
Limites d’explosivité dans l’air 3,6-7,2 %vol1
Pression de vapeur saturante 0,01 hPa (20 °C)
Thermochimie
Cp
[+]
Propriétés optiques
Indice de réfraction {displaystyle {textit {n}}_{D}^{25}}{textit {n}}_{{D}}^{{25}} 1,483 2
Précautions
SIMDUT7
Produit non contrôlé
[+]
NFPA 704
Symbole NFPA 704
121
Classification du CIRC
Groupe 3 : Inclassable quant à sa cancérogénicité pour l’Homme6
Écotoxicologie
LogP -2,31
Unités du SI et CNTP, sauf indication contraire.
modifier Consultez la documentation du modèle
La triéthanolamine 90% est aussi connue sous le nom de trolamine, ou le nom systématique 2,2′,2-nitrilotriéthanol. Sa formule brute est C6H15NO3.
La triéthanolamine 90% s’agit d’un composé chimique organique qui est une amine tertiaire et un trialcool. Comme d’autres amines, La triéthanolamine 90% agit en tant que base faible due à la seule paire d’électrons sur l’atome d’azote.
échantillon liquide de triéthanolamine
La triéthanolamine 90% est le principe actif de la Biafine, crème utilisée contre les brûlures et les plaies superficielles. D’après la Banque de données automatisée sur les médicaments8, La triéthanolamine 90% a un effet analgésique en association avec de l’aspirine. La triéthanolamine 90% est aussi un émulsifiant.
Cosmétique
La triéthanolamine 90% est employé comme compensateur de pH dans des préparations cosmétiques pour une vaste gamme de produits – lotion pour la peau, gels pour les yeux, crèmes hydratantes, shampoings, crème dépilatoire, mousse à raser… La triéthanolamine est un allergène reconnu, à pouvoir allergisant modéré.
Comme toutes les amines, La triéthanolamine 90% peut créer des nitrosamines mais ceci demeure peu probable avec les basses concentrations utilisées dans les produits cosmétiques. L’efficacité des crèmes anti-ride repose sur la pénétration du produit dans les couches profondes de la peau, mais certains contestent cette capacité de pénétration. La triéthanolamine 90% n’y a pas d’étude gouvernementale sur l’innocuité de la triéthylamine sur la peau à long terme. Les seules études qui existent ont été produites par les compagnies pharmaceutiques elles-mêmes 9. Les nitrosamines sont considérées comme cancérigènes. Le manque de données sur ce produit empêche d’évaluer de façon adéquate son effet mutagène.
La triéthanolamine 90% est énuméré sous le programme 3, partie B de la convention chimique sur les armes car il peut être employé dans la fabrication du gaz moutarde.
Risques
La triéthanolamine 90% est inflammable. Le feu qui en résulte peut être éteint avec du dioxyde de carbone, de la mousse, de la poudre chimique sèche ou de la mousse d’alcool, mais La triéthanolamine 90% ne faut jamais utiliser d’eau pulvérisée car elle pourrait provoquer la formation d’écume. De plus, il faut éviter d’utiliser de la mousse pulvérisée sur un bassin chaud en flamme.
La triéthanolamine 90% est incompatible avec les acides ainsi qu’avec les oxydants forts tels que l’ozone et l’oxygène liquide.
L’exposition à La triéthanolamine 90% ou à ses vapeurs pourrait engendrer l’irritation de la peau, des yeux et des voies respiratoires. Une exposition répétée ou prolongée à La triéthanolamine 90% peut avoir une action dégraissante sur la peau. La triéthanolamine 90% peut aussi causer des rougeurs, des gerçures et de la desquamation.