TALLOW AMINE 10 EO

Table of Contents

TALLOW AMINE 10 EO

TALLOW AMINE 10 EO

CAS NUMBER : 61791-26-2

EC NUMBER : 500-153-8

 

ProName: Tallow amine

CasNo: 61790-33-8

Appearance: detailed see specifications

Application: Used as pharmaceutical raw materials o…

DeliveryTime: within 7 days

PackAge: according to the clients requirement

Port: Shanghai, Qingdao

ProductionCapacity: 10 Metric Ton/Day

Purity: 99.00%

Storage: Store at dry,cool and ventilate place

Transportation: by sea or by airline

Testing Method: HPLC,GC,NMR

 

Tallow amines are widely used in mineral floating agent, waterproof softener of fiber, dyeing assistant, anti-static agent, pigment dispersant, anti-rusting agent, anti-caking agent of fertilizer, additives of lubricating oil, and germicide. They are also used for soaps, leather dressings, candles, food, and lubricants. They are used in producing synthetic surfactants. Tallow based alkyl amines are widely used in the synthesis of organic chemicals and cationic and amphoteric surfactants.

Application: To produce fertilizer anti-caking agent, nonic surfatants,flotation collertor, thickner,phytohydroxylamine antioxidant,daily chemical personal care, textile, demulsifier, dye, pigment, antistatic agent, emulsifier, wetting agent, dispersant, etc., can be used in agricultural chemicals, fungicides,fertilizer,flotation, dyes and pigments,paper additive industry..

 

Superiority

Paini New Material R&D center can offer custom synthesis according to the contract research and development services for the fine chemicals, pharmaceutical, biotechnique and some of the other chemicals. Paini New Material can provide different quantities of custom synthesis chemicals in lab, plant and industrial scale with more than 20 years.

Paini New Material exported this product to many countries and regions at best price in China. If you are looking for the product’s supplier in China, Paini New Material is your best choice.

Pls contact with us freely for getting detailed product specifications, product tech. date sheet, COA and MSDS, prices, delivery time and payment terms.

 

 

In a study aimed at finding environmentally benign adjuvants for glyphosate, ethoxylates of rapeseed oil and of methylated rapeseed oil were synthesized, with ethylene oxide (EO) content up to 40 and 8 respectively. They had less influence on spray retention by barley shoots than ethoxylated (15 EO) tallow amine (ETA). At 10 g L(-1), ethoxylated rapeseed oil with 30 or 40 EO and ethoxylated methylated rapeseed oil with 6 or 8 EO promoted glyphosate uptake by barley leaves to a greater extent than ETA at the same concentration. However, uptake rates were similar when the concentration was lowered to 2.8 and 3.1 g L(-1) for rapeseed oil derivatives and ETA respectively. In the case of ethoxylated methylated rapeseed oil with 8 EO (MeOil-8), glyphosate uptake increased when MeOil-8 concentration was raised from 5 to 10 g L(-1).

In bioassays under controlled conditions, ethoxylated rapeseed oil with 40 EO (Oil-40) and MeOil-8 were slightly less effective than ETA in favouring the efficacy of glyphosate on barley. The same was found on ryegrass. However, both rapeseed oil derivatives compared well with glyphosate formulants such as ethoxylated diethylamine and alkyl ethoxy phosphate. In one field experiment, the efficacy of glyphosate in the presence of Oil-40, MeOil-8 or ETA was comparable with that of a commercial formulation. In another trial, MeOil-8 was as effective as ETA, but Oil-40 performed less well. It is concluded that ethoxylates of rapeseed oil and of methylated rapeseed oil are a promising chemistry for glyphosate adjuvants, provided that their ethylene oxide content is high. The hydrophobes in amine based Ethoxylates are cocoamine or Tallow amine. 

They find applications in manufacture of textile auxillaries, as textile additives and spin finishes, agro emulsifiers and refractory chemicals. These products have high affinity for surfaces. That is why they are used to coat various products like cloths, yarn etc. Due to the fact that these are two hydroxy functional groups per molecule, they are good emulsifiers. They are used in many cleaning and detergent formulations due to their antistatic behaviours, antideposition properties and dispersing abilities. Nonionic surfactants are surface active agents which do not dissociate into ions in aqueous solutions, unlike anionic surfactants which have a negative charge and cationic surfactants which have a positive charge in aqueous solution.

 

 

Nonionic surfactants are more widely used as detergents than ionic surfactants because anionic surfactants are insoluble in many hard water and cationic surfactants are considered to be poor cleaners.

In addition to detergency, nonionic surfactants show excellent solvency, low foam properties and chemical stability.

 

 

It is thought that nonionic surfactants are mild on the skin even at high loadings and long-term exposure. The hydrophilic group of nonionic surfactants is a polymerized alkene oxide (water soluble polyether with 10 to 100 units length typically). 

They are prepared by polymerization of ethylene oxide, propylene oxide, and butylene oxide in the same molecule.

 

 

Depending on the ratio and order of oxide addition, together with the number of carbon atoms which vary the chemical and physical properties, nonionic surfactant is used as a wetting agent, a detergent, or an emulsifier. Nonionic surfactants include alcohol ethoxylates, alkylphenol ethoxylates, phenol ethoxylates, amide ethoxylates, glyceride ethoxylates (soya bean oil and caster oil ethoxylates), fatty acid ethoxylates, and fatty amine ethoxylates. Another commercially significant nonionic surfactants are the alkyl glycosides in which the hydrophilic groups are sugars (polysaccharides). Polyoxyethylene tallow amine (POEA) is aninert ingredient added to formulations of glyphosate, the mostwidely applied agricultural herbicide. 

POEA has been shown tohave toxic effects to some aquatic organisms making thepotential transport of POEA from the application site into theenvironment an important concern. This study characterizedthe adsorption of POEA to soils and assessed its occurrenceand homologue distribution in agricultural soils from six states.Adsorption experiments of POEA to selected soils showed thatPOEA adsorbed much stronger than glyphosate; calciumchloride increased the binding of POEA; and the binding ofPOEA was stronger in low pH conditions. POEA was detectedon a soil sample from an agriculturalfield near Lawrence,Kansas, but with a loss of homologues that contain alkenes.

 

 

POEA was also detected on soil samples collected between February and early March from corn and soybeanfields from tendifferent sites infive other states (Iowa, Illinois, Indiana, Missouri, Mississippi). 

This is thefirst study to characterize theadsorption of POEA to soil, the potential widespread occurrence of POEA on agricultural soils, and the persistence of the POEAhomologues on agricultural soils into the following growing season. Additives are commonly included with pesticides as formula-tions from the manufacturer or as tank mixes by the user andare referred to as inert ingredients and adjuvants respectively.1There is a dearth of knowledge about the transport, occurrence,and potential effects in the environment of these additives.Polyoxyethylene tallow amine (POEA) has been used as anadditive in glyphosate formulations since the original Roundupproduct was introduced in 1974 by Monsanto. 

Since then,glyphosate has become the most widely used herbicide in theworld.2,3An estimated 250 million pounds (>110 million kg)was applied for agricultural use in the U.S.in 2011. 4AlthoughMonsanto has removed the original POEA technical mixturefrom some of their formulations, other manufacturers havebeen producing glyphosate formulations since glyphosate wentoff-patent in 2000 and recent research has shown that severalformulations still include POEA.5POEA, comprising 15% byweight of some glyphosate formulations, has the potential to bea widely occurring environmental contaminant that could bedeleterious to water quality.Surfactants are common additives in herbicide formulationsthat are used to modify the physical characteristics of theformulation (e.g., stickers and spreaders).6

 

 

POEA is specificallyadded to glyphosate formulations because it also greatlyincreases the herbicidal efficacy of glyphosate.

7-12Althoughglyphosate is generally considered nontoxic to nontargetorganisms in the environment,13POEA has been demonstratedto be toxic to several aquatic species.14-22The U.S.Environmental Protection Agency classifies the toxicity of asubstance to aquatic organisms by the LC50 value (theconcentration at which 50% of the population does notsurvive). The classifications are”practically nontoxic”(>100mg/L),”slightly toxic”(>10 mg/L?100 mg/L),”moderatelytoxic”(>1 mg/L?10 mg/L),”highly toxic”(?0.1 mg/L?1mg/L), and”very highly toxic”(<0.1 mg/L).23The publishedLC50 values for POEA span the entire range of the scale exceptfor practically nontoxic. The LC50 for channel catfish (Ictaluruspunctatus) is 13 mg/L (slightly toxic)18and for the waterflea(Daphnia magna) it is 0.097 mg/L (very highly toxic).14POEA is synthesized from fatty acids which are converted tofatty amines and then reacted with ethylene oxide.

 

TALLOW AMINE ETHOXYLATES

 

• Manufactured in state-of-the-art reactor which is currently proven facility in India.

• The plant is operated under supervision of dedicated technical team who has vast experience in handling E.O, which ensures consistent quality.

• Proven technology with high purity, low colour & odour meeting Indian, International specifications.

• Large capacities to meet bulk requirements.

• Fatty Amine Ethoxylates based on coco-amine, lauryl, oleyl amines etc. find major application as dye levelling, wetting agents in textile formulations & detergents.

• They are also used an emulsifier in pesticide formulations.

• Product Range : Oleyl Amine Ethoxylates, Coco Amine Ethoxylates, under brand name of SBOA & COCA series.

• We can tailor make specific moles & products as per customer requirements

 

TALLOW AMINE

TAM-10 Liquid Alkaline 70-80 12.51 =1.0

 

Tallow alkyl amine is a white waxy solid with a pungent amine-like smell at 20 °C.

(Z)-Octadec-9-enylamine is a light yellow paste-like liquid with amine-like odour at 20 °C. 

1-Octadecanamine is a colourless solid with amine-like odour at 20 °C.

Hydrogenated tallow amine is a white wax with amine-like odour at 20 °C.

Cocos alkyl amine is a slightly yellow liquid with amine-like odour at 20 °C.

Starting materials in the manufacture of long-chain, primary tallow amines are natural fats and oils, or synthetic products of the petrochemical industry. Intermediates are alkyl nitriles, which are formed from carboxylic acids and ammonia over dehydrating catalysts (Al2O3, ZnO, or salts of Mn or Co) in liquid-phase reactors or liquid- and vapor-phase reactors at 280-360°C. The nitriles are hydrogenated at a temperature of 80-180°C and a pressure of 1 – >10 MPa in the presence of nickel or cobalt catalysts.

Sulphosuccinamates (sulphosuccinamic acids) on the basis of tallow amine are used mainly as emulsifiers in latex emulsions for carpet backings, and to a lesser extent as a component in washing agents for wool. Condensation products with urea and formaldehyde are applied as water-repelling softener for leather and textiles. Tallow amine isocyanate is, for example, used as a catalyst in the manufacture of polyamides. Ethylene diamino tetraacetic monoalkyl amide is a complex-forming detergent (BUA, 1994).

The substances assessed in this report (five (groups of) alkylamines) share structural similarities, i.e.: the amine group and the linear chain, so that they are described in one RAR. Each of the primary tallow mines compounds, which are assessed in this RAR, represents a mixture of alkylamines derived from fatty acids of varying carbon chain length. Details on the mixtures compositions are presented in chapter 1.2 of this report. There are two import features in this group of alkylamines: increasing chain length and increasing unsaturation. It is important to note, that coco alkylamines [CAS 617-88-46] – compared to the other alkylamines mixtures discussed in this RAR – consist of shorter carbon chainlengths (mainly C-12) whereas all other mixtures mainly consist of primary alkylamines of longer carbon chain lengths (mainly C-16 and C-18). 

Therefore, chain lengths run from coco alkylamines (mainly C12) via tallow amines and hydrogenated tallow amines (mainly C16 and C18) to octadecylamine and octadecenylamine (mainly C18). 

Concerning unsaturation, the degree of unsaturation runs from octadecylamine and hydrogenated tallow alkylamines (0-<5%) via coco alkylamines (5-<10%) and tallow alkylamines (40-45%) to octadecenylamine (>70%).

 

 

Tallow Amine

CAS: 61790-33-8, 61788-45-2, 61791-26-2

Tallow is a hard fat consists chiefly of glyceryl esters of oleic, palmitic, and stearic acids (16-18 carbon chains). It is extracted from fatty deposits of animals. Amines derived from these fats are called tallow amines. They are hydrophilic surfactants with a weak ammonia smell. While immiscible in water, tallow amines are easily dissolved in chloroform, alcohols, ethers, and benzene.

 

Tallow amines are widely used in mineral floating agent, waterproof softener of fiber, dyeing assistant, anti-static agent, pigment dispersant, anti-rusting agent, anti-caking agent of fertilizer, additives of lubricating oil, and germicide. They are also used for soaps, leather dressings, candles, food, and lubricants. They are used in producing synthetic surfactants. Tallow based alkyl amines are widely used in the synthesis of organic chemicals and cationic and amphoteric surfactants.

Silver Fern Chemical distributes distilled tallow amine and distilled hydrogenated tallow amine. We also carry a line of ethoxylated tallow amines under the name FernOx, detailed below.

 

NAME

PHYSICAL FORM AT 25 C

TALLOW AMINE

WATER SOLUBILITY

APPLICATIONS

FernOx TAM-2 Liquid 350 Insoluble Oil soluble emulsifier and lubricant: Useful for preparation of high presssure wax dispersions

FernOx TAM-5 Liquid 487 Dispersible Oil soluble emulsifier and coating agent which is substantive to many inorganics

FernOx TAM-8 Liquid 620 Soluble Used as an antistat, emulsifier, and metal lubricant

FernOx TAM-10 Liquid 700 Soluble Water soluble emulsifier and intermediate for amphoterics

FernOx TAM-15 Liquid 927 Soluble Water soluble emulsifier and intermediate for amphoterics

FernOx TAM-20 Liquid 1147 Soluble Lubricant and antistatic agent for yarns, Leveling agent for acid dyes on nylon

FernOx TAM-25 Solid 1367 Soluble Leveling agent for nylon dyeing and antiprecipitant when cross-dyeing

FernOx TAM-408 Liquid 2550 Soluble Dye leveler

The minimum order for any tallow amine is a 55 gallon drum, but they are also available in totes and isotanks.

 

We have helped multiple customers, from small end users to large Fortune 500 customers, with their Tallow Amine supply requirements and can ship bulk and various packaged products to meet such needs. Download more information below or call us for more information about placing an order at +1-(866) 853-9719

 

ALSO KNOWN AS

Tallow amine distilled hydrogenated tallow-alkyl

 

 

GRADES

Distilled, distilled hydrogenate, ethoxylated

 

 

Tallow is a hard fat consists chiefly of glyceryl esters of oleic, palmitic, and stearic acids (16-18 carbon chains). It is extracted from fatty deposits of animals, especially from suet (fatty tissues around the kidneys of cattle and sheep). Tallow is used for soaps, leather dressings, candles, food, and lubricants. It is used in producing synthetic surfactants.

 

 

SYNONYMS: Tallowamine + 15EO, 1791-26-2, amines, hydrogenated tallow alkyl, ethoxylated (10 mol EO average molar ratio) mazeen T-10, polyethylene glycol (10); hydrogenated tallow amine, polyoxyethylene (10) hydrogenated tallow amine, Tallow Amine, POE (15) TALLOW AMINE(61791-26-2), trymeentamseries; PEG-2 HYDROGENATED TALLOW AMINE,PEG-5 HYDROGENATED TALLOW AMINE, PEG-8 HYDROGENATED TALLOW AMINE, PEG-10 HYDROGENATED TALLOW AMINE; PEG-15 HYDROGENATED TALLOW AMINE, PEG-20 HYDROGENATED TALLOW AMINE, PEG-30 HYDROGENATED TALLOW AMINE,

1791-26-2, ETHOXYLATED AMINES, ETHOXYLATED AMINES; Tallow Amine 10 EO, Tallow Amine 15 EO, Tallow Amine 20 EO, Tallow Amine 40 EO, Tallow Amine 50 EO, Ethoxylated tallow amine, 61791-26-2, Tallow Amine Ethoxylate; Polyoxyethylene Tallow Amines, Ethomeen T, Polyoxyethylene Tallow Amine, a Glyphosate Formulation Adjuvant:Soil Adsorption Characteristics, Degradation Profile, and Occurrenceon Selected Soils from Agricultural Fields in Iowa, Illinois, Indiana,Kansas, Mississippi, and Missour, TALLOW AMINE ETHOXYLATES, TALOW AMN; talow amin; tallowamin; tallow amine10; tallowamine10; 

TALLOWAMNE10;TALLOW AMNE 10; tallowamine 10; Talgamin 10 EO, Don ya amini 10 EO, Stearyl amin 10 EO ( Sterilamin 10 EO ); Talgamin 10 EO, Don ya amini 10 EO, Stearyl amin 10 EO ( Sterilamin 10 EO ); 61791-26-2;

Tallow aminler yaygn mineral yüzer ajan, lif su geçirmez yumuatc, boyama asistan, anti-statik ajan, pigment dispersant, anti-paslanma ajan, gübre anti-caking ajan, ya layc ya katk maddeleri ve mikropist kullanlr. Ayrca sabunlar, deri pansumanlar, mumlar, gda ve yalar için kullanlr. Sentetik yüzey aktif maddelerin üretiminde kullanlrlar. Tallow bazl alkil aminler yaygn organik kimyasallar ve katyonik ve amfetamin sürfaktanlarn sentezinde kullanlr.

Aromatik aminlerde (bknz tallow amine) azot atomu bir aromatik halkaya baldr, anilin örneinde olduu gibi. Aromatik halka, üzerindeki dier ornatklara bal olarak, aminin bazln büyük oranda azaltr. lginç bir ekilde, bir amin grubu, elektron verici özelliinden dolay, takl olduu aromatik halkann reaktivitesini kuvvetle arttrr. Aromatik aminlerin rol oynad bir organik tepkime Goldberg tepkimesidir.

 

Genel özellikler

 

1. Hidrojen balanmas birincil ve ikincil aminlerin, ayrca protonlanm tüm aminlerin özelliklerine önemli ölçüde etki eder. Böylece aminlerin kaynama noktas benzer fosfinlerinkinden daha yüksek ama genelde benzer alkollerinkinden daha düüktür. Alkoller, veya alkanoller, aminlere benzerler ama NR2 yerine bir -OH grubuna sahiptirler. Oksijen azottan daha elektronegatif olduundan RO-H kendisine benzeyen R2N-H bileiine kyasla daha asidiktir.

2. Metilamin, dimetilamin, trimetilamin ve etilamin standart artlarda gaz halindedir, oysa dietilamin ve trietilamin svdrlar. Çou dier alkil aminler svdrlar; yüksek molekül arlkl aminler tabiî katdrlar.

3. Gaz aminlerin karakteristik bir amonyak kokusu vardr. Sv aminlerin kendilerine has “balms” bir kokular vardr.

4. Çou alifatik amin hidrojen ba kurma yetenenden dolay suda çözünebilir. Karbon atomu says arttkça çözünrlük azalr, özellikle 6’dan sonra.

5. Alifatik aminler organik çözücülerde önemli derecede çözünürlüe sahiptirler. Birincil aminler ketonlarla (aseton gibi) tepkirler ve çou amin kloroform ve karbon tetraklorür ile uyumsuzdur.

6. Anilin gibi aromatik aminlerdeki elektron çiftleri benzen halkas ile eleniklenir, bu yüzden hidrojen ba kurma yetenekleri azalmtr.

 

 

Amonyak gibi aminler de nispeten kuvvetli bazdrlar. Elenik (konjuge) asit Ka deerleri için tabloya baknz). Aminlerin bazlklar belirleyen faktörler unlardr:

Azot üzerindeki yaln elektron çiftinin serbestlik derecesi

Ornatklarn elektronik özellikleri (alkil gruplar bal pekitirir, ariller onu azaltr).

Protonlam aminin su moleküllerine balanma (solvation) derecesi.

Uygulama: Gübre anti-caking ajan üretmek için, nonik surfatants, yüzdürme collertor, kalnlatrc, fitohidroksilin antioksidan, günlük kimyasal kiisel bakm, tekstil, demülgatör, boya, pigment, antistatik ajan, emülgatör, slatma ajan, dispersant, vb, tarmsal kimyasallar, mantar, gübre, flotasyon, boya ve katk maddeleri, katk maddeleri, katk maddeleri, katk maddeleri.

 

 

Üstünlük

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Paini Yeni Malzeme Çin’de en iyi fiyata birçok ülke ve bölgelere bu ürünü ihraç etti. Eer Çin’de ürünün tedarikçisi aryorsanz, Paini Yeni Malzeme en iyi seçimdir.

Ayrntl ürün spesifikasyonlar, ürün teknolojisi. tarih sayfas, COA ve MSDS, fiyatlar, teslimat süresi ve ödeme koullar almak için pls bizimle serbestçe irtibata geçin.

 

 

Tallow aminler, amonyaktaki bir veya daha fazla hidrojen atomunun organik radikaller ile deitirilmesi yöntemiyle türetilmi[1] organik bileikler ve fonksiyonel gruplardr. Yapsal olarak aminler amonyaa benzerler, ama bir veya daha fazla hidrojen atomu, alkil veya aril gibi organik organiklerle yer deitirmitir. Bu kuraln önemli bir istisnas RC(O)NR2 tipi bileiklerdir ( C(O) karbonil grubuna karlk gelir), bunlara amin yerine amid denir. Amidler ve aminlerin yaplar ve özellikleri farkl olduu için bu ayrm kimyasal olarak önemlidir. 

Adlandrma açsnda biraz akl kartrc olan bir nokta, bir aminin N-H grubunun N-M (M=metal) ile deimesi halinde buna da amid denmesidir. Örnein (CH3)2NLi, lityum dimetilamid’dir.

 

 

Glifosat için çevresel olarak iyi huylu adjuvanlar bulmay amaçlayan bir çalmada, kolza tohumu ya ve metile kolza tohumu ya etoksilatlar, etilen ile sentezlendi. Srasyla 40 ve 8’e kadar oksit (EO) içerii. Arpa filizleri ile etoksillenmi (15 EO) donya amin (ETA) ‘dan daha az sprey tutma etkisi vardr. 10 g L’de (-1), 30 veya 40 EO’luk etoksile kolza tohumu ya ve arpa ile 6 veya 8 EO’lu glifosat almna sahip etoksilatl metile kolza tohumu ya daha büyük ölçüde ayn konsantrasyonda ETA. 

Bununla birlikte,tallow amine, kolza tohumu ya türevleri ve ETA için konsantrasyon 2.8’e düürüldüünde ve 3.1 g L (-1) olduunda alm oranlar benzerdi srasyla. Etoksile metile kolza tohumu ya 8 EO (MeOil-8) durumunda, MeOil-8 konsantrasyonu 5 ila 10 g arasnda yükseltildiinde glifosat alm artmtr. (L -1). Kontrollü koullar altnda biyo-tahlillerde, 40 EO (Oil-40) ve MeOil-8 ile etoksilatlanm kolza tohumu ya, ETA’dan daha az etkili olmutur. Glifosatn arpa üzerinde etkinlii. Ayn ryegrass bulundu. Bununla birlikte, her iki kolza ya türevleri etoksile gibi glifosat formülleriyle iyi karlatrlmtr. 

Dietilamin ve alkil etoksi fosfat. Bir alan deneyinde, Petrol-40, MeOil-8 veya ETA’nn varlnda glifosatn etkinlii, ticari formülasyon. Bir baka çalmada MeOil-8, ETA kadar etkiliydi, ancak Oil-40 daha az iyi performans gösterdi. Kolza tohumu yann etoksilatlarnn ve metillemi kolza tohumu ya, etilen oksit içeriinin yüksek olmas artyla glifosat adjuvanlar için ümit verici bir kimyadr. Amin bazl hidrofoblar etoksilatlar, kokoamin veya tallow amindir.

 

 

Tekstil katk maddeleri ve eiriciler, agro emülgatörleri ve tekstil yardmclar üretiminde uygulamalar bulurlar. Bu ürünler yüzeyler için yüksek afiniteye sahiptir. Bu yüzden kumalar, iplikler, vb. Gibi çeitli ürünleri kaplamak için kullanlrlar. Bunlar molekül bana iki hidroksi fonksiyonel gruptur, iyi emülgatörlerdir. Antistatik olduklarndan dolay birçok temizlik ve deterjan formülasyonunda kullanlrlar. Davranlar, antidepozisyon özellikleri ve dispersiyon yetenekleri. yonik olmayan yüzey aktif maddeler, sulu çözeltilerde iyonlara ayrlmayan yüzey aktif maddelerdir. Sulu çözelti içinde pozitif yüke sahip olan bir negatif yük ve katyonik sürfaktanlara sahip olan anyonik sürfaktanlarn aksine.

Tallow amine ,noniyonik yüzey aktif maddeler daha yaygndr. iyonik sürfaktanlardan deterjan olarak kullanlr, çünkü anyonik sürfaktanlar birçok sert suda çözünmez ve katyonik sürfaktanlar zayf temizleyiciler olarak kabul edilir. çinde deterjanla ek olarak, noniyonik sürfaktanlar mükemmel çözünebilirlik, düük köpük özellikleri ve kimyasal stabilite gösterir. Noniyonik yüzey aktif maddelerin hafif olduu düünülmektedir. Yüksek yüklerde ve uzun süreli maruz kalmalarda bile cilt. Noniyonik sürfaktanlarn hidrofilik grubu, bir polimerize alken oksittir (10 ile suda çözünür polieterdir. 100 adet uzunluk tipik olarak). Ayn molekülde etilen oksit, propilen oksit ve bütilen oksidin polimerizasyonu ile hazrlanrlar. 

Orana bal olarak ve oksit ilavesi, kimyasal ve fiziksel özellikleri deitiren karbon atomlarnn says ile birlikte, noniyonik yüzey aktif madde, slatc olarak kullanlr. Deterjan veya bir emülgatör. yonik olmayan yüzey aktif maddeler arasnda alkol etoksilatlar, alkilfenol etoksilatlar, fenol etoksilatlar, amid etoksilatlar, gliserid etoksilatlar bulunur. (soya fasulyesi ya ve pudra ya etoksilatlar), yal asit etoksilatlar ve yal tallow amin etoksilatlar. 

Ticari olarak önemli baka bir noniyonik sürfaktanlar, alkildir. Hidrofilik gruplarn eker olduu glikozitler (polisakkaritler). Polioksietilen donya tallow amini (POEA), en yaygn olarak uygulanan tarmsal herbisit olan glifosat formülasyonlarna eklenen aninert bileenidir. POEA gösterildi. Baz sucul organizmalarn toksik etkilerini, POEA’nn uygulama bölgesinden çevreye potansiyel tamasn önemli bir sorun haline getirmektedir.

 

 

Bu çalma POEA’nn topraklara adsorpsiyonunu tanmlamak ve alt eyaletten tarmsal topraklarda meydana gelen homolog ve homolog dalmn deerlendirmek. POEA’nn adsorpsiyon deneyleri seçilen topraklara, POEA’nn glifosattan çok daha güçlü adsorbe olduunu gösterdi; 

kalsiyum klorür POEA’nn balanmasn arttrd; ve düük pH’da PPEA’nn balanmas daha güçlüydü koullar. Lawrence, Kansas yaknlarndaki bir tarm alanndan bir toprak numunesi olarak POEA tespit edildi, ancak alkenler içeren homologlarn kayb ile de gözlendi.POEA da tespit edildi. 

ubat ve Mart aylar arasnda toplanan toprak örneklerinde msr ve soya fasulyesi alanlarndan dier eyaletlere (Iowa, Illinois, Indiana, Missouri) Mississippi). Bu, POEA’nn topraa sokulmasn, tarmsal topraklar üzerindeki POEA’nn potansiyel yaygn oluumunu karakterize eden ilk çalmadr. POEAhomologes’in tarm topraklar üzerinde devam eden büyüme mevsimine kalcl. Katk maddeleri, genellikle üreticiden formüle olarak pestisitlerle veya kullanc tarafndan atl bileenler olarak adlandrlan tank karmlar olarak dahil edilir. Srasyla adjuvanlar. Bu katk maddelerinin çevrelerinde tanm, meydana gelme ve potansiyel etkiler hakknda bilgi sahibi olunur.

 

 

Tallow

CAS: 61790-33-8, 61788-45-2, 61791-26-2

Tallow sert bir ya oleik gliserin esterleri arlkl oluur, palmitik, ve stearik asitler (16-18 karbon zincirleri). Hayvanlarn yal birikintilerinden elde edilir. Bu yalardan elde edilen aminlere donya aminleri denir. Onlar zayf amonya kokusu ile hidrofilik yüzey aktif maddelerdir. Suda immiscible iken, donya aminler kolayca kloroform, alkoller, ethers ve benzen çözünür.

 

Tallow aminler yaygn mineral yüzer ajan, lif su geçirmez yumuatc, boyama asistan, anti-statik ajan, pigment dispersant, anti-paslanma ajan, gübre anti-caking ajan, ya layc ya katk maddeleri ve mikropist kullanlr. Ayrca sabunlar, deri pansumanlar, mumlar, gda ve yalar için kullanlr. Sentetik yüzey aktif maddelerin üretiminde kullanlrlar. Tallow bazl alkil aminler yaygn organik kimyasallar ve katyonik ve amfetamin sürfaktanlarn sentezinde kullanlr.

Gümü Erelti Otu Kimyasal distile donduri amin ve distile hidrojene donya amin datr. Ayrca aada ayrntl olarak FernOx ad altnda etoksilated donya aminler bir çizgi tarlar.

 

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Herhangi bir donya amin için minimum sipari 55 galon davul, ama onlar da totes ve izotanks mevcuttur.

 

Küçük son kullanclardan büyük Fortune 500 müterilerine kadar, Tallow Amine tedarik gereksinimleriyle birlikte birden fazla müteriye yardmc olduk ve bu ihtiyaçlar karlamak için toplu ve çeitli ambalajl ürünler gönderip yollayabiliyoruz. Aada daha fazla bilgi indirin veya +1-(866) 853-9719 numaral telefondan sipari vermek hakknda daha fazla bilgi için bizi arayn

 

OLARAK DA BILINIR

Tallow amin distile hidrojene donya-alkil

 

 

Not

Distile, distile hidrojenat, etoksilated

 

Tallow sert bir ya oleik gliserin esterleri arlkl oluur, palmitik, ve stearik asitler (16-18 karbon zincirleri). Özellikle süet (sr ve koyun böbrekleri etrafnda yal dokular) hayvanlarn yal mevduat elde edilir. Tallow sabunlar, deri pansumanlar, mumlar, gda ve yalar için kullanlr. Sentetik yüzey aktif maddelerin üretiminde kullanlr.

 

Polioksietilen Orijinal Roundupproduct Monsanto tarafndan 1974 ylnda tantldndan beri donya amin (POEA) glifosat formülasyonlarnda anadditif olarak kullanlmtr. O günden beri glifosat dünyada en yaygn kullanlan herbisit haline gelmitir.2,3 ABD’de 2011 ylnda tarmsal kullanm için tahmini 250 milyon lira (> 110 milyon kg) uygulanmtr. 4AlthoughMonsanto, orijinal POEA teknik karmn baz formülasyonlarndan çkard, dier üreticiler glifosat formülasyonlar ürettiler. 2000 ylnda glifosat wentoff-patent ve son aratrmalar, baz glifosatn arlkça% 15’ini oluturan çeitli formülasyonlarn hala POEA.

5POEA’y içerdiini göstermitir. Formülasyonlar, su kalitesine kar koyabilecek yaygn kirletici kirletici potansiyeline sahiptir. Formülasyonun fiziksel özelliklerini deitirmek için kullanlan herbisit formülasyonlar (ör., etiketler ve yayclar) .6POEA, spesifik olarak glifosata uyarlanmtr.

Bu raporda deerlendirilen maddeler (be (grup) alkillaninler yapsal benzerlikleri paylarlar, yani: amin grubu ve lineer zincir, böylece bir RAR’da tanmlanrlar. Bu RAR’da deerlendirilen birincil donya madenlerinin her biri, deien karbon zinciri uzunluundaki ya asitlerinden elde edilen alkilminlerin bir karmn temsil eder. Karm kompozisyonlar ile ilgili ayrntlar bu raporun 1.2 bölümünde sunulmutur. Bu alkilmin grubunda iki ithalat özellii vardr: zincir uzunluunun artrlmas ve doygunluun artrlmas. 

Bu coco alkillamines [CAS 617-88-46] – bu RAR tartlan dier alkilmin karmlar ile karlatrldnda – ksa karbon zincir uzunluklar (özellikle C-12) oluur dikkat etmek önemlidir, dier tüm karmlar esas olarak daha uzun karbon zinciri uzunluklarnda birincil alkilaminoluur ise (özellikle C-16 ve C-18). Bu nedenle, zincir uzunluklar kokalallaninler (özellikle C12) tallow alkillanin ve hidrojene donanm donya alkillanin (özellikle C16 ve C18) ile octadecylamine ve octadecenylamine (özellikle C18) ile çalr. 

Doygunluk la ilgili olarak, doygunluk derecesi okadecylamine ve hidrojene donanm donya alkillaninler (0-<5%) coco alkylamines (%5-<10) ve donya alkillanmines (%40-45) ile octadecenylamine (%>70) çalr..

Formülasyonlar ayn zamanda glifosatn herbisidal etkinliini de büyük ölçüde artrr.7-12

 

 

Genellikle glifosat, genel olarak nontargtorizmlere toksik olmayan olarak kabul edilir. Çevre, 13POEA’nn çeitli sucul türler için zehirli olduu kantlanmtr.14-22.Uluslararas Koruma Ajans, asubstance’n toksisitesini LC50 deeri ile sudaki organizmalar (popülasyonun% 50’sinin olmad konsantrasyon). Snflandrmalar “pratik olarak toksik deildir” (> 100mg / L), “biraz toksik “(> 10 mg / L?100 mg / L),” orta derecede toksik “(> 1 mg / L?10 mg / L),” oldukça toksik “(?0,1 mg / L?1 mg / L) ve” çok son derece toksik “(<0.1 mg / L) .23 POEA açkl için yaynlanan LC50 deerleri Pratik olarak toksik olmayanlar hariç tüm ölçek aral.

Kanal yayn bal (Ictaluruspunctatus) için LC50, suflea için 13 mg / L (biraz toksik) 18’dir. (Daphnia magna) 0,097 mg / L (çok yüksek oranda toksik) .14POEA, yal aminlerden yal aminlerden dönütürülür ve daha sonra etilen oksit ile reaksiyona sokulur. 

Anyonik, katyonik, amfoterik ve non-iyonik bileikler ile uyumlu bir emülsifiye edici, stabilizör, dispersan, antistatik madde, ve hidrofilik bir bileiktir. Su bazl formülasyonlar iyi uyumluluk gösterir. Amin varl nedeniyle, katyonik karaktere sahiptir.

Tallow Amines Ethoxylates have many uses, primarily as nonionic surfactants in various formulations both, industrial & domestic. These are also used as cleaning agents, antistatic agents, dispersants or emulsifiers,in textile formulations, corrosion inhibitors in metal & emulsifiers, adjuvants in agrochemical formulations.

 

 

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