COCAMIDE MEA
COCAMIDE MEA / KOKAMD MEA
CAS NUMBER: 68140-00-1
EC NUMBER: 268-770-2
SYNONYMS: AMIDES, COCO, N (HYDROXYETHYL) ; AMIDES, COCO, N- (2-HYDROXYETHYL) -; AMIDES, COCO, N- (HYDROXYETHYL) ; COCO MONOETHANOLAMIDE; COCO N- (2-HYDROXYETHYL) – AMIDES; COCONUT FATTY ACID MONOETHANOLAMIDE; COCOYL MONOETHANOLAMINE; EQUEX AEM; MONOETHANOLAMINE COCONUT ACID AMIDE; N- (2-HYDROXYETHYL) COCO FATTY ACID AMIDE; N- (2-HYDROXYETHYL) – AMIDES, COCO; Surfactant – Foam Booster; Viscosity Increasing Agent – Aqueous; EMULSIFYING; EMULSION STABILISING; FOAM BOOSTING; VISCOSITY CONTROLLING; Z-SRF-COCAMIDMEA-01; Fatty acid alkanolamides; Nonionic surfactant; Dishwashing; Solubilizer & Emulsifier; Thickener; Foam booster; Cocamide MEA; 68140-00-1; COCAMIDE MEA; EINECS NO:268-770-2; FORMULA; CH3(CH2)nC(=O)N(CH3OH)2; MOL WT; 280 – 290; Monoethanolamine coconut acid amide; Coco monoethanolamide; Coconut fatty acid monoethanolamide; Cocoyl monoethanolamine; N-(2-Hydroxyethyl) coco fatty acid amide; Coconut oil fatty acid ethanolamide; Amides, coco, N-(hydroxyethyl); Other CAS RN: 57425-45-3; 8033-20-3; 8052-62-8; Amides, C8-18 and C18-unsatd., N-(hydroxyethyl); 69227-24-3; 931-330-1; Coconut fatty acid monoethanolamide produced from RBD coconut oil via the 1:1 reaction;Coconut Fruit; Hydrocarbons; Emulsion Stabiliser; Foam Boosting Agent; Surfactant; Viscosity Modifying Agent; Cocamide DEA/MEA; Cocamide DEA; Cocamide MEA; DEA-cetyl phosphate; DEA oleth-3 phosphate; Lauramide DEA; Linoleamide MEA; Myristamide DEA; Oleamide DEA; Stearamide MEA; TEA-lauryl sulfate; Triethanolamine; MFCD00020561;Cocamide DEA;Cocamide MEA; DEA-Cetyl Phosphate; DEA Oleth-3 Phosphate; Lauramide DEA; Linoleamide MEA; Myristamide DEA; Oleamide DEA; Stearamide MEA; TEA-Lauryl Sulfate; Triethanolamine; 268-770-2;57425-45-3; ECHA EC; Number:268-770-2; FDA UNII:C80684146D; alkamide CME; amidet A111; coco monoethanol amides; coconut fatty acid monoethanol amide; coconut oil; monoethanol amide; cocoyl monoethanol amide; equex AEM; Mono ethanol amine; coconut acid amide; foamid CME; hetamide CMA; N-(2-hydroxyethyl) coco fatty acid amide; incromide CMEA; laurel SD-1050; ninol CMP; ninol COMF-N; cocamide monoethanolamine; Coconut Fatty Acid Monoethanolamide; Amides; coco, N-(hydroxyethyl); Amides; coco; N-(hydroxyethyl); Performer; Alkanolamide G216; CH3(CH2)nCONHCH2CH2OH; foaming agent; surfactant; emulsifying agent; cocamide monoethanolamine; Cocamide monoethanolamine; Monoethanolamine coconut acid amide; Coco monoethanolamide; Coconut fatty acid monoethanolamide; Cocoyl monoethanolamine; N-(2-Hydroxyethyl) coco fatty acid amide; Coconut oil fatty acid ethanolamide; Lauramide MEA, a main component of cocamide MEA; PEG-20 COCAMIDE MEA; COCOAMIDE; COCOAMDE; MEA; mea; COCO; KOKO; KOKOAMIDE; KOKOAMDE; KOKOAMID; COCOAMID; COCAMID;COCAMD; COCAMT; AMT; AMID; amid; amide; cocoamide; cocamite; cocoamde; cocoamid; kokoamide; kokoamite; kokoamite;kokamid; kokamite; kokamide; MEA; DEA; dea; kokamitmea; cocamdemea; cocamitemea; Amides; coco; N-(hydroxyethyl); coco; cocoamid; cocoamit; cocoamide; cocoamite; coco amid; coco amit; coco amide; coco amite; cocoamid mea; cocoamit mea; cocoamide mea; cocoamite; coco amid mea; coco amit mea; coco amide mea; coco amite mea; cocoamid MEA; cocoamit MEA; cocoamide MEA; cocoamite MEA; coco amid MEA; coco amit MEA; coco amide MEA; coco amite MEA; koko; kokoamid; kokoamit; kokoamide; kokoamite; koko amid; koko amit; koko amide; koko amite; kokoamid mea; kokoamit mea; kokoamide mea; kokoamite mea; koko amid mea; koko amit mea; koko amide mea; koko amite mea; kokoamid MEA; kokoamit MEA; kokoamide MEA; kokoamite MEA; koko amid MEA; koko amit MEA; koko amide MEA; koko amite MEA; kokoamid m.e.a; kokoamit m.e.a; kokoamide m.e.a; kokoamite m.e.a; koko amid m.e.a; koko amit m.e.a; koko amide m.e.a; koko amite m.e.a; kokoamid M.E.A; kokoamit M.E.A; kokoamide M.E.A; kokoamite M.E.A; koko amid M.E.A; koko amit M.E.A; koko amide M.E.A; koko amite M.E.A; coccoamid mea; coccoamit mea; coccoamide mea; coccoamite; cocco amid mea; cocco amit mea; cocco amide mea; cocco amite mea; coccoamid MEA; coccoamit MEA; coccoamide MEA; coccoamite MEA; cocco amid MEA; cocco amit MEA; cocco amide MEA; cocco amite MEA; cocamid mea; cocamit mea; cocamide mea; cocamite; coca amid mea; coca amit mea; coca amide mea; coca amite mea; cocamid MEA; cocamit MEA; cocamide MEA; cocamite MEA; coca amid MEA; coca amit MEA; coca amide MEA; coca amite MEA; kokkoamid mea; kokkoamit mea; kokkoamide mea; kokkoamite mea; kokko amid mea; kokko amit mea; kokko amide mea; kokko amite mea; kokkoamid MEA; kokkoamit MEA; kokkoamide MEA; kokkoamite MEA; kokko amid MEA; kokko amit MEA; kokko amide MEA; kokko amite MEA; kokamid mea; kokaamit mea; kokamide mea; kokamite mea; koka amid mea; koka amit mea; koka amide mea; koka amite mea; kokamid MEA; kokaamit MEA; kokamide MEA; kokamite MEA; koka amid MEA; koka amit MEA; koka amide MEA; koka amite MEA; COCO; COCOAMD; COCOAMT; COCOAMDE; COCOAMTE; COCO AMD; COCO AMT; COCO AMDE; COCO AMTE; COCOAMD MEA; COCOAMT MEA; COCOAMDE MEA; COCOAMTE; COCO AMD MEA; COCO AMT MEA; COCO AMDE MEA; COCO AMTE MEA; COCOAMD MEA; COCOAMT MEA; COCOAMDE MEA; COCOAMTE MEA; COCO AMD MEA; COCO AMT MEA; COCO AMDE MEA; COCO AMTE MEA; KOKO; KOKOAMD; KOKOAMT; KOKOAMDE; KOKOAMTE; KOKO AMD; KOKO AMT; KOKO AMDE; KOKO AMTE; KOKOAMD MEA; KOKOAMT MEA; KOKOAMDE MEA; KOKOAMTE MEA; KOKO AMD MEA; KOKO AMT MEA; KOKO AMDE MEA; KOKO AMTE MEA; KOKOAMD MEA; KOKOAMT MEA; KOKOAMDE MEA; KOKOAMTE MEA; KOKO AMD MEA; KOKO AMT MEA; KOKO AMDE MEA; KOKO AMTE MEA; KOKOAMD M.E.A; KOKOAMT M.E.A; KOKOAMDE M.E.A; KOKOAMTE M.E.A; KOKO AMD M.E.A; KOKO AMT M.E.A; KOKO AMDE M.E.A; KOKO AMTE M.E.A; KOKOAMD M.E.A; KOKOAMT M.E.A; KOKOAMDE M.E.A; KOKOAMTE M.E.A; KOKO AMD M.E.A; KOKO AMT M.E.A; KOKO AMDE M.E.A; KOKO AMTE M.E.A; COCCOAMD MEA; COCCOAMT MEA; COCCOAMDE MEA; COCCOAMTE; COCCO AMD MEA; COCCO AMT MEA; COCCO AMDE MEA; COCCO AMTE MEA; COCCOAMD MEA; COCCOAMT MEA; COCCOAMDE MEA; COCCOAMTE MEA; COCCO AMD MEA; COCCO AMT MEA; COCCO AMDE MEA; COCCO AMTE MEA; COCAMD MEA; COCAMT MEA; COCAMDE MEA; COCAMTE; COCA AMD MEA; COCA AMT MEA; COCA AMDE MEA; COCA AMTE MEA; COCAMD MEA; COCAMT MEA; COCAMDE MEA; COCAMTE MEA; COCA AMD MEA; COCA AMT MEA; COCA AMDE MEA; COCA AMTE MEA; KOKKOAMD MEA; KOKKOAMT MEA; KOKKOAMDE MEA; KOKKOAMTE MEA; KOKKO AMD MEA; KOKKO AMT MEA; KOKKO AMDE MEA; KOKKO AMTE MEA; KOKKOAMD MEA; KOKKOAMT MEA; KOKKOAMDE MEA; KOKKOAMTE MEA; KOKKO AMD MEA; KOKKO AMT MEA; KOKKO AMDE MEA; KOKKO AMTE MEA; KOKAMD MEA; KOKAAMT MEA; KOKAMDE MEA; KOKAMTE MEA; KOKA AMD MEA; KOKA AMT MEA; KOKA AMDE MEA; KOKA AMTE MEA; KOKAMD MEA; KOKAAMT MEA; KOKAMDE MEA; KOKAMTE MEA; KOKA AMD MEA; KOKA AMT MEA; KOKA AMDE MEA; KOKA AMTE MEA
Cocamide MEA, or cocamide monoethanolamine, is a solid, off-white to tan compound, often sold in flaked form. The solid melts to yield a pale yellow viscous clear liquid. It is a mixture of fatty acid amides which is produced from the fatty acids in coconut oil when reacted with ethanolamine.
Cocamide MEA is derived from the fatty acids from coconut oil and monoethanolamine (MEA). In cosmetics and personal care products, Cocamide MEA is used in the formulation of bath soaps and shampoo.
Cocamide MEA increases foaming capacity and/or stabilizes foam. Cocamide MEA is also used to thicken the aqueous (water) portion of cosmetic and personal care products.
Cocamide MEA (or Cocamide Monoethanolamine) is a pale yellow viscous clear to amber liquid, or solid flakes. It is made from fatty acids found in coconut oil, reacted with monoethanolamine. Cocamide MEA is a mixture of ethanolamines of fatty acids derived from coconut oil and may also contain small amounts of Cocamide Diethanolamine (Cocamide DEA).
Cocamide MEA, or cocamide monoethanolamine, is a solid, off-white to tan compound, often sold in flaked form. The solid melts to yield a pale yellow viscous clear liquid. It is a mixture of fatty acid amides which is produced from the fatty acids in coconut oil when reacted with ethanolamine.
Cocamide monoethanolamine; Monoethanolamine coconut acid amide; Coco monoethanolamide; Coconut fatty acid monoethanolamide; Cocoyl monoethanolamine; N-(2-Hydroxyethyl) coco fatty acid amide; Coconut oil fatty acid ethanolamide
While it is not the ingredient responsible for cleansing, its foaming properties allows the hands to efficiently spread the soap or shampoo on the skin/ scalp which assists in removing dirt and buildup.
Cocamide MEA & DEA is most often used in opaque and syrupy cosmetic formulations such as hair dye, shampoo, body wash, dandruff treatment, liquid hand soap, cleansers, exfoliant/scrub, and bubble bath.
Salons and their customers rely on research and development to be in the forefront of providing safer, natural and organic ingredients in our formulations and products.
Inhalation of Cocamide MEA in aerosol products by humans is toxic, but based on limited data MEA is considered safe when used in rinse-off products and in small concentrations up to 10% in leave-on products.
Although the Food & Drug Association (FDA) website states that, “at the present time there is no reason for consumers to be alarmed based on the use of these substances [Cocamide DEA and other ingredients that also contain DEA] in cosmetics,” they also list that while these compounds are safe for beauty products and personal hygiene, they DO NOT regulate the levels of those ingredients.
Cocamide MEA is a surface active agent (surfactant). MEA is used when its thickening qualities and opaque nature are required. Cocamide MEA supports the action of the main surfactants in a shampoo, shower gel or any foaming product.
All surfactants are partly water-soluble and partly oil-soluble. The surfactant molecules organise into a structure that can trap oil-based dirt from hair, allowing it to be rinsed away. Foam is not responsible for removing dirt, but it allows the hands to work shampoo through the hair. This helps the mechanical removal of grease.
Cocamide DEA is an ingredient used in many personal care products to enhance and stabilise foam formationii. It is a skin eye and respiratory tract irritantiii and is classified as ‘possibly carcinogenic to humans’ by the IARC (International Agency for Research on Cancer)iv. Cocamide DEA is made from the reaction of coconut oil and Diethanolamine. It is this DEA which is a cause for concern as it can be present it its free un-reacted form as an impurity in Cocamide DEA solutionsv, as well as have the ability to form highly carcinogenic nitrosamines
Cocamide MEA is a special compound made from the fatty acids of coconut oil and monoethanolamine or MEA. This compound is typically used as a main ingredient in soaps, shampoos and skin care products.
Cocamide MEA is colored pale yellow to clear amber and may even be seen as partially solid in the form of flakes. It can also be called, Coconut fatty acid monoethanolamide, amides, coco, coco fatty acid amide and many more industrial names.
Cocamide MEA is purely made from fatty acids that are derived from coconut oils which are reacted with monoethanolamine. It is basically a mixture of ethanolamines which may also contain minute amounts of Cocamide Diethanolamine or Cocamide DEA. The review body that approved the safety of Cocamide MEA is the Cosmetic Ingredient Review Expert Panel; they have added that the use of this chemical in various rinse-off products is safe while leave on products with Cocamide MEA is up to 10%.
The use of Cocamide MEA in ancient times was not heard of but the use of the coconut was considered a staple in many countries and cultures. The coconut was used as a food source, with the meat eaten raw or roasted while the water or juice drank to cleanse the body from digestive ailments. The coconut husk was used as a type of fuel.
During modern times, Cocamide MEA was considered a safe and effective chemical as an ingredient in many skin care and hair care products. The property of Cocamide MEA to foam up and thicken water based cosmetic products is also seen as an important factor.
This chemical is also a common ingredient found in emulsions like shaving creams, gels and skin care products. Since Cocamide MEA is derived from coconuts, it is seen as an ingredient that can make hair healthier, thicker, shinier, and more manageable. It can even be an effective ingredient in the treatment of some hair conditions like dandruff, scalp itching and the thinning of the hair.
It can also be a part of hand soaps, hand sanitizers, bath products and moisturizers. As compared to its chemical counterpart Cocamide DEA, Cocamide MEA is milder and has therapeutic effects. Cocamide DEA has the ability to irritate skin and may cause contact dermatitis in people with skin allergies and asthma.
The Cosmetic Ingredient Review Expert Panel, or CIR, has considered Cocamide MEA to be safe. It is non irritating and may not pose as a risk as a rinse off product. However, people with extra sensitive skin should take special care in using products with Cocamide MEA since it can also contain Cocamide DEA in minute amounts. Consult a dermatologist for a better skin care regimen if you have extra sensitive skin.
Infants and toddlers must also take extra care in the use of skin care products with Cocamide MEA. A dermatologist can also advise on ideal skin care products for a baby’s sensitive skin.
Cocamide MEA is found in most makeups so it is important for people with sensitive skin to try a small sample as a skin test before regular use.
This ingredient may contain traces of Cocamide DEA, which according to the FDA may lead to the formation of carcinogenic nitrosamines. The CIR Expert Panel has acknowledged that MEA can react with an aldehyde to form DEA, which then can be nitrosated. They also note that MEA vapor is highly toxic, but do not consider this significant since there is no vapor that arises from Cocamide MEA. Furthermore, this ingredient does not appear to be a sensitizer, and in clinical tests, it was not irritating at a concentration of 50% in a single-insult patch test. The CIR Expert Panel evaluated the scientific data surrounding Cocamide MEA and concluded that it was safe for use in rinse-off products and safe at concentrations up to 10% in leave-on products.
Cocamide MEA (cocamide monoethanolamine) hindistancevizi yalarndan elde edilen ya asitleri karmnn diethanolamin ile reaksiyona girmesiyle oluan maddelerdir. ampuan, du jeli, sv el sabunu gibi banyo ürünlerinde ve kozmetiklerde sklkla kullanlan emülsifiye edici maddelerdir. ampuanlarda inceltici, köpürtücü olarak kullanlmaktadr.
ampuanlarda köpüün çok ve kalc olmasn salayan MEA dier sülfatl hammaddelerle birleince, vücuda temas halinde dahi zarar verebilecek olan nitrozoaminleri oluturma riski bulunmaktadr.
IARC (Uluslararas Kanser Aratrmalar Ajans), yüksek oranda DEA maruziyetinin insanlarda potansiyel karsinojenik etkiye sahip olduunu belirtmitir. Ayn zamanda yüksek orandaki MEA’ nn kanser riskinin artna neden olduu belirtilmitir. Bunun yannda küçük dozlardaki MEA maruziyeti; deri iritasyonu, alerjik reaksiyonlar ve dermatit oluumuna neden olabilmektedir.
Cocoamide DEA 2012 ylnda Kaliforniya eyaletinde potansiyel kanserojen olarak ilan edilmitir. Cocamide MEA ‘nn yaratabilecei potasiyel tehlikelerden korunmak isteyenler Cocamide DEA/MEA içermeyen ürünleri tercih edilebilir. Kokamid MEA (veya Kokamid Monoetanolamin), kehribar renkli svya veya kat pullara açk soluk sar viskozdur. Monoetanolamin ile reaksiyona sokulmu hindistancevizi yanda bulunan ya asitlerinden yaplr. Kokamid MEA, hindistancevizi yandan elde edilen ya asitlerinin etanolaminlerinin bir karmdr ve ayrca az miktarda Cocamide Diethanolamine (Cocamide DEA) içerebilir.
Temizlemeden sorumlu bileen olmasa da, köpürme özellikleri, ellerin sabun veya ampuan, kir ve birikmeyi gidermeye yardmc olan cilt / kafa derisine etkili bir ekilde yaymasn salar.
Kokamid MEA ve DEA en çok saç boyas, ampuan, vücut ykama, kepek tedavisi, sv el sabunu, temizleyiciler, eksfoliyan / ovma ve köpük banyosu gibi opak ve uruplu kozmetik formülasyonlarda kullanlr.
Salonlar ve müterileri, formülasyonlarmzda ve ürünlerimizde daha güvenli, doal ve organik bileenler salamada ön planda olmak için aratrma ve gelitirmeye güvenmektedir.
Cocamide MEA’nn aerosol ürünlerinde insanlar tarafndan solunmas toksiktir, ancak snrl verilere dayanarak durulama ürünlerinde ve braklan ürünlerde % 10’a kadar küçük konsantrasyonlarda MEA’nn güvenli olduu düünülmektedir. Her ne kadar Gda ve laç Birlii (FDA) web sitesi devletler , o “u anda tüketicilerin kozmetik alannda [da DEA içermez Cocamide DEA ve dier malzemelerle] bu maddelerin kullanmna dayal panie olmak için hiçbir neden yoktur,” onlar ayrca bu bileiklerin güzellik ürünleri ve kiisel hijyen için güvenli olmasna ramen, bu bileenlerin seviyelerini DÜZENLEMEYECEKTR.
Kokamid MEA, hindistancevizi ya ve monoetanolamin veya MEA’nn ya asitlerinden yaplm özel bir bileiktir. Bu bileik tipik olarak sabunlarda, ampuanlarda ve cilt bakm ürünlerinde ana bileen olarak kullanlr.
Kokamid MEA açk kehribardan berrak kehribar rengine kadar renklendirilir ve hatta pul eklinde ksmen kat olarak bile görülebilir. Hindistan cevizi ya asidi monoetanolamid, amidler, koko, koko ya asidi amid ve daha birçok endüstriyel isim olarak da adlandrlabilir.
Kokamid MEA tamamen monoetanolamin ile reaksiyona sokulmu hindistancevizi yalarndan elde edilen ya asitlerinden yaplr. Temel olarak, az miktarda Cocamide Diethanolamine veya Cocamide DEA içerebilen bir etanolamin karmdr. Cocamide MEA’nn güvenliini onaylayan inceleme kuruluu Kozmetik çerik ncelemesi Uzman Panelidir; bu kimyasaln çeitli durulama ürünlerinde kullanlmasnn güvenli olduunu ve Cocamide MEA ile braklan ürünlerin% 10’a kadar olduunu eklediler.
Eski zamanlarda Cocamide MEA kullanm duyulmad, ancak hindistancevizi kullanm birçok ülke ve kültürde temel olarak kabul edildi. Hindistan cevizi bir besin kayna olarak kullanld, et çi veya kavrulmu halde yendi, su veya meyve suyu vücudu sindirim rahatszlklarndan temizlemek için içti. Hindistan cevizi kabuu bir tür yakt olarak kullanld.
Modern zamanlarda, Cocamide MEA birçok cilt bakm ve saç bakm ürününde bir bileen olarak güvenli ve etkili bir kimyasal olarak kabul edildi. Cocamide MEA’nn su bazl kozmetik ürünleri köpürtme ve kalnlatrma özellii de önemli bir faktör olarak görülmektedir.
Bu kimyasal ayrca tra kremleri, jeller ve cilt bakm ürünleri gibi emülsiyonlarda bulunan yaygn bir maddedir. Cocamide MEA hindistancevizinden elde edildiinden, saçlar daha salkl, daha kaln, daha parlak ve daha yönetilebilir hale getiren bir bileen olarak görülür. Kepek, saç derisi kants ve saçn incelmesi gibi baz saç durumlarnn tedavisinde bile etkili bir bileen olabilir.
Ayrca el sabunlar, el dezenfektanlar, banyo ürünleri ve nemlendiricilerin bir parças olabilir. Kimyasal muadili Cocamide DEA ile karlatrldnda, Cocamide MEA daha hafiftir ve terapötik etkilere sahiptir. Kokamid DEA, cildi tahri edebilir ve cilt alerjisi ve astm olan kiilerde kontakt dermatite neden olabilir.
Kozmetik çerik ncelemesi Uzman Paneli veya CIR, Cocamide MEA’nn güvenli olduunu düünmektedir. Tahri edici deildir ve durulama ürünü olarak risk tekil etmez. Bununla birlikte, ekstra hassas cilde sahip insanlar, Cocamide MEA içeren ürünleri kullanrken özel dikkat göstermelidir, çünkü Cocamide DEA’y az miktarda da içerebilir. Ekstra hassas bir cildiniz varsa daha iyi bir cilt bakm rejimi için bir dermatologa dann.
Bebekler ve küçük çocuklar da Cocamide MEA ile cilt bakm ürünlerinin kullanmnda ekstra özen göstermelidir. Bir dermatolog ayrca bebein hassas cildi için ideal cilt bakm ürünleri hakknda tavsiyelerde bulunabilir.
Cocamide MEA çou makyajda bulunur, bu nedenle hassas cilde sahip kiilerin düzenli kullanmdan önce küçük bir örnei cilt testi olarak denemeleri önemlidir.
Cocamide MEA, bileeni FDA’ya göre kanserojen nitrozamin oluumuna yol açabilen izler olan Cocamide DEA içerebilir. CIR Uzman Paneli, MEA’nn DEA’y oluturmak için bir aldehit ile reaksiyona girebileceini kabul etti ve bu daha sonra nitrolatrlabilir. Ayrca MEA buharnn oldukça toksik olduunu, ancak Cocamide MEA’dan kaynaklanan buhar olmad için bunu önemli bulmadklarn belirtiyorlar. Ayrca, bu bileen bir duyarllatrc gibi görünmemektedir ve klinik testlerde, tek hakaretli bir yama testinde% 50’lik bir konsantrasyonda tahri edici deildir. CIR Uzman Paneli, Cocamide MEA’y çevreleyen bilimsel verileri deerlendirdi ve durulama ürünlerinde kullanm için güvenli ve izinsiz ürünlerde% 10’a kadar konsantrasyonlarda güvenli olduu sonucuna vard.
Noniyonik sürfaktanlar, negatif bir yüke sahip anyonik sürfaktanlarn ve sulu çözeltide pozitif bir yüke sahip katyonik sürfaktanlarn aksine, sulu çözeltilerde iyonlara ayrmayan yüzey aktif maddelerdir. Noniyonik sürfaktanlar, iyonik yüzey aktif cisimlerden daha fazla deterjan olarak kullanlrlar, çünkü anyonik yüzey aktif cismi birçok sert suda çözünmez ve katyonik sürfaktanlarn zayf temizleyiciler olduu düünülür. Deterjan etkinliine ilaveten noniyonik sürfaktanlar mükemmel çözünürlük, düük köpük özellikleri ve kimyasal kararllk gösterirler. Noniyonik sürfaktanlarn, yüksek yüklemeler ve uzun süreli maruz kalma durumunda bile haÕf olduu düünülmektedir. yonik olmayan sürfaktanlarn hidroÕlik grubu polimerize bir alken oksittir (tipik olarak 10 ila 100 birim uzunluundaki suda çözünür polieterdir). Ayn molekül içinde etilen oksit, propilen oksit ve bütilen oksidin polimerizasyonu ile hazrlanrlar. Kimyasal ve Õziksel özellikleri deitiren karbon atomlarnn says ile birlikte, oksit katlma oranna ve srasna bal olarak, noniyonik sürfaktan slatma maddesi, deterjan veya emülgatör olarak kullanlr. yonik olmayan yüzeyaktif maddeler, alkol etoksilatlar, alkilfenol etoksilatlar, fenol etoksilatlar, amid etoksilatlar, gliserid etoksilatlar (soya fasulyesi ya ve tekerlekli ya etoksilatlar), ya asidi etoksilatlar ve yal amin etoksilatlar içerir. Ticari açdan önemli bir baka noniyonik sürfaktan, hidroÕlik gruplarn ekerler olduu alkil glikozitleridir (polisakaritler). Tipik olarak ticari hindistan cevizi ya asidi karbon zincirinin bileimine sahiptir; C10 (% 5 maksimum) + C12 (% 45-55) + C14 (% 20-25) + C16 (% 10-15) + C18 (doymam ya asitleri de dahil olmak üzere maksimum% 10-15). Kokamid, hindistancevizi ya asitlerinin bir amid karmdr. Kokamidler, alkanolaminlerin (mono-, di-, veya trietanolamin) ve hindistancevizi ya asidinin younlatrlmasyla üretilir. Örnekler, kokamid MEA (kokamit monoetanolamin), kokamid DEA (kokamit dietanolamin) ve kokamit TEA (kokamit trietanolamin) ‘dir. Bir molekülde alkollerin, aminlerin ve uzun karbon zincirlerinin Õziksel ve kimyasal özelliklerine sahiptirler. Alkanolamidler, el ykama svlar, ampuanlar, vücut temizleyicileri ve dier kiisel bakm ürünleri gibi anyonik esasl sistemlerde mükemmel viskozite arttrc ve köpük stabilizasyonu salayan noniyonik yüzeyaktif maddelerdir. Yalayc madde, koyulatrma maddesi ve slatma maddesi gibi davranrlar. Çok iyi emülsiyon yapc özellii, farmasötik maddeler, tarmsal preparatlar ve tekstil ileme alanlarnda da uygulama imkan salar; Pas önleyici, lateks stabilizasyonu, tekstilde anti-statik fonksiyon, boya tesviyesi, su yaltm ve yada su katk maddeleri yan sra çok iyi emülsiyon yapcdr.
Cocamide MEA, hindistancevizi yandan türetilen kaln, mumsu ve beyaz bir maddedir. Hindistan cevizi ya, yal asitler bakmndan zengindir. Kokamid MEA, bir yüzey aktif ajan (yüzey aktif madde) ‘dir. MEA, kalnlama nitelikleri ve opak doas gerektiinde kullanlr. Kokamid MEA ana ampuan, ampuan, du jeli veya köpüren bir üründeki etkisini destekler. Cocamide MEA, hindistancevizi ya ve monoetanolamin ya da MEA’nn ya asitlerinden yaplm özel bir bileiktir. Bu bileik tipik olarak sabun, ampuan ve cilt bakm ürünlerinde ana madde olarak kullanlr. Kokamid MEA koyu sar renkte soluk sardr ve hatta gevrek olarak ksmen kat olarak görülebilir. Ayrca, Hindistan cevizi yal asit monoetanolamid, amidler, kakao, kakao yal asit amid ve daha birçok endüstriyel ismi de denilebilir. Canl saçlar temizlemek ve canlandrmak için kaln ampuanlarda kokamid MEA kullanrz. Ana yüzey aktif maddelerin ampuan, du jeli veya dier köpük temizleyici ürünlerdeki etkisini destekler. Cocamide MEA, ampuanlar, banyo ürünleri ve kozmetik ürünlerinde kullanlan bir köpükletirici ajandr. Köpük ajan olarak, bir ürünün köpüklü bir kvama yaratmasna yardmc olmak için Cocamide MEA kullanrz. Kat bir pul. Hindistancevizi yalarnda yal asitlerden yaplabilir. Kokamid, ampuanlar ve banyo ürünlerinde köpürme ajan ve katyonik yüzey aktif cismi olarak, kozmetikte emülsiyon haline getirici bir ajan olarak kullanlr. Kokamid MEA veya kokamit monoetanolamin, çounlukla pul pul formda satlan, kat, beyazms-bronz bir bileiktir. Kat, soluk sar viskoz, açk kehribar rengi bir sv verecek ekilde erir. Etanolamin ile tepkimeye girdiinde hindistancevizi yandaki ya asitleri tarafndan üretilen yal asit amidlerinin bir karmdr. Kokamid MEA ve kokamid DEA gibi dier kokamid etanolaminler, ampuanlar ve banyo ürünlerinde köpürme maddeleri ve iyonik olmayan yüzeyaktif maddeler olarak ve kozmetikte emülsiyon haline getirici maddeler olarak kullanlrlar. C-MEA, iyonik olmayan yüzey aktif cisimcikler snfna ait olup, ampuanlarn, yüz ykama müstahzarlarnn, kiisel hijyen ve bebek bakm müstahzarlarnn ve saç bakm ürününün imalatnda kullanm için uygun, düük seviyeli elektrolit seviyelerinde köpük stabilitesi ve viskozite tepkisinin arttrlmas için kullanlmaktadr.
Cocamide MEA, ürün viskozitesini arttrd için opak, kaln formüllere uygundur. Hindistan cevizi ya ve monoetanolamin (MEA) ya asitleri kartrlarak üretilmitir. Mumlu, beyaz bir madde biçiminde gelir. Ayn zamanda az miktarda Cocamide DEA içerebilir. Bir kvamlatrc, köpürme ajan ve emülgatör olarak çalr. Fonksiyonlar Cocamide DEA’ya çok benzer. Esas olarak bir kozmetik formülasyonu koyulatrmak ve opaklatrmak için kullanlr ve ayrca çounlukla kremi veya vücut ykamas gibi bir banyo ürünü olan bir yüzey aktif cisminde bulunan ana temizleme maddesinin özelliklerini gelitirmek için çalr.
Hindistan cevizi ya ve monoetanolamin (MEA) ya asitleri kartrlarak üretilmitir. Mumlu, beyaz bir madde biçiminde gelir. Ayn zamanda az miktarda Cocamide DEA içerebilir. Bir kvamlatrc, köpürme ajan ve emülgatör olarak çalr. Fonksiyonlar Cocamide DEA’ya çok benzer. Esas olarak bir kozmetik formülasyonu koyulatrmak ve opaklatrmak için kullanlr ve ayrca çounlukla kremi veya vücut ykamas gibi bir banyo ürünü olan bir yüzey aktif cisminde bulunan ana temizleme maddesinin özelliklerini gelitirmek için çalr.
Köpükleme özellikleri cildin / saçlarn temizlenmesinden dorudan sorumlu deildir, ellerin verimli bir ekilde çalmasna ve temizleyici / ampuann yüzeye yaylmasna ve böylece kirin mekanik olarak uzaklatrlmasna yardmc olmasna olanak tanr. Ayn zamanda saç / cilde mükemmel nemlendirme ve kvamlandrma salar. Bu madde çounlukla saç boyas, vücut ykama, kremi, kepek tedavisi, sv el sabunu, temizleyici, eksfoliyan / frçalama, kabarck banyosu ve banyo ya gibi opak ve uruplu kozmetik formülasyonlarda kullanlr.
Bu madde, FDA’ya göre kanserojen nitrosaminlerin oluumuna neden olabilecek iz Cocamide DEA içerebilir. CIR Uzman Heyeti, MEA’nn bir aldehit ile reaksiyona girebileceini, daha sonra nitrosatürebilen DEA’yi oluturabileceini onaylad. Ayrca, MEA buhar çok zehirli olduunu belirtmilerdir, ancak Cocamide MEA’dan kaynaklanan buhar olmadndan, bu durumu dikkate almaynz. Dahas, bu madde bir sensitizör gibi görünmemektedir ve klinik testlerde, tek bir hakaret yamas testinde% 50’lik bir konsantrasyonda tahri edici deildir. CIR Uzman Paneli, Cocamide MEA’y çevreleyen bilimsel verileri deerlendirdi ve durulanm ürünlerdeki emniyetli ve güvenli ürünlerin% 10’u kadar konsantrasyonlarda güvenli olduu sonucuna vard. Cocamide MEA, “hindistancevizi yalar ve etanolamin’den sentezlenen bir bileiktir”. Bu kimyasal bileik, birçok kiisel bakm ürünlerinde hindistancevizi ya kullanmalar nedeniyle “doal” olduunu iddia ederek kullanlr. Bununla birlikte, bu bileik sizin veya ben düünebileceimiz ekilde hindistancevizi ya deildir, aslnda mumsu, beyaz bir madde gibi görünür ve genellikle köpüren bir ajan olarak çalr. Kokamid MEA, hindistancevizi ya ve monoetanolamin (MEA) yal asitlerden türetilir. Kozmetik ve kiisel bakm ürünlerinde, banyo sabunlar ve ampuan formülasyonunda Cocamide MEA kullanlr. Kokamid MEA köpürme kapasitesini arttrr ve / veya köpüü stabilize eder. Kokamid MEA ayrca, kozmetik ve kiisel bakm ürünlerinin sulu (su) bölümünü koyulatrmak için kullanlr. Kokamid MEA (veya Kokamit Monoetanolamin) soluk sar viskoz açk ila kehribar rengi sv veya kat pullardr. Hindistan cevizi yanda bulunan, monoetanolamin ile reaksiyona giren yal asitlerden yaplr. Kokamid MEA, hindistancevizi yandan türetilen yal asitlerin etanolaminlerinin bir karmdr ve az miktarda Cocamide Diethanolamine (Cocamide DEA) içerebilir. Uygulamalar: Tra kremleri ve jeller kullanlr. Saç bakm ürünlerinde de kullanlan el sabunlar, el temizleyicileri, banyo ürünleri ve nemlendiricilerdir.
Cocamide MEA is a thick, waxy and white substance derived from coconut oil. Coconut oil is rich in fatty acids. Cocamide MEA is a surface active agent (surfactant). MEA is used when its thickening qualities and opaque nature are required. Cocamide MEA supports the action of the main surfactants in a shampoo, shower gel or any foaming product. Cocamide MEA is a special compound made from the fatty acids of coconut oil and monoethanolamine or MEA. This compound is typically used as a main ingredient in soaps, shampoos and skin care products. Cocamide MEA is colored pale yellow to clear amber and may even be seen as partially solid in the form of flakes. It can also be called, Coconut fatty acid monoethanolamide, amides, coco, coco fatty acid amide and many more industrial names. We use cocamide MEA in our thicker shampoos to cleanse and revive lifeless hair. It supports the action of the main surfactants in a shampoo, shower gel, or other foaming cleansing product. Cocamide MEA is a foaming agent used in shampoos, bath products and cosmetics. As a foaming agent, we use Cocamide MEA to help a product create a foamy consistency. A solid flakes. It can be made from fatty acids in coconut oils. Cocamide is used as a foaming agent and cationic surfactant in shampoos and bath products, and as an emulsifying agent in cosmetics. Cocamide MEA, or cocamide monoethanolamine, is a solid, off-white to tan compound, often sold in flaked form. The solid melts to yield a pale yellow viscous clear to amber liquid. It is a mixture of fatty acid amides which is produced from the fatty acids in coconut oil when reacted with ethanolamine. Cocamide MEA and other cocamide ethanolamines such as cocamide DEA are used as foaming agents and nonionic surfactants in shampoos and bath products, and as emulsifying agents in cosmetics. C-MEA belongs to the class of nonionic surfactants, is used for enhancing foam stability and viscosity response at low levels of electrolytes, suitable for use in the manufacture of shampoos, face-washing preparations, personal hygiene & baby care preparations & hair treatment product. Cocamide MEA is a special compound made from the fatty acids of coconut oil and monoethanolamine or MEA. This compound is typically used as a main ingredient in soaps, shampoos and skin care products. Cocamide MEA increases foaming capacity and/or stabilizes foam. Cocamide MEA is also used to thicken the aqueous (water) portion of cosmetic and personal care products. It can also be called Coconut fatty acid monoethanolamide, amides, coco, coco fatty acid amide and many more industrial names. All surfactants are partly water-soluble and partly oil-soluble. The surfactant molecules organise into a structure that can trap oil-based dirt from hair, allowing it to be rinsed away. Foam is not responsible for removing dirt, but it allows the hands to work shampoo through the hair. This helps the mechanical removal of grease. Modern surfactants give a thick, rich foam and cleanse the hair, dissolving grease effectively. As a result, your hair is left in great condition, full of body and shine. Both cocamide DEA (diethanolamine) and MEA (monoethanolamine) are widely used to thicken the water phase of cosmetics, keep ingredients blended, and boost foaming properties. Derived from plants (typically coconut oil) or made synthetically, these ingredients have been thoroughly evaluated for safety and are permitted for use in leave-on products in concentrations up to 10%. Cocamide DEA can react with other ingredients to form harmful substances known as nitrosamines. Cocamide MEA suits opaque, thick formulae, as it increases product viscosity.
Made by mixing the fatty acids from coconut oil and monoethanolamine (MEA). It comes in the form of a waxy, white substance. It may also contain small amounts of Cocamide DEA. Works as a thickener, foaming agent and emulsifier. Its functions are very similar to those of Cocamide DEA. Its mainly used to thicken and opacify a cosmetic formulation, and also works to enhance the properties of the main cleansing ingredient contained in a surfactant, most often a bath product like conditioner or body wash. Made by mixing the fatty acids from coconut oil and monoethanolamine (MEA). It comes in the form of a waxy, white substance. It may also contain small amounts of Cocamide DEA. Works as a thickener, foaming agent and emulsifier. Its functions are very similar to those of Cocamide DEA. Its mainly used to thicken and opacify a cosmetic formulation, and also works to enhance the properties of the main cleansing ingredient contained in a surfactant, most often a bath product like conditioner or body wash.
While its foaming capabilities are not directly responsible for cleansing the skin/hair, it allows the hands to efficiently work and spread the cleanser/shampoo across the surface, which in turn, helps the mechanical removal of dirt. It also provides excellent moisturization and conditioning to the hair/skin. This ingredient is most often used in opaque and syrupy cosmetic formulations such as hair dye, body wash, conditioner, dandruff treatment, liquid hand soap, cleanser, exfoliant/scrub, bubble bath and bath oil.
This ingredient may contain traces of Cocamide DEA, which according to the FDA may lead to the formation of carcinogenic nitrosamines. The CIR Expert Panel has acknowledged that MEA can react with an aldehyde to form DEA, which then can be nitrosated. They also note that MEA vapor is highly toxic, but do not consider this significant since there is no vapor that arises from Cocamide MEA. Furthermore, this ingredient does not appear to be a sensitizer, and in clinical tests, it was not irritating at a concentration of 50% in a single-insult patch test. The CIR Expert Panel evaluated the scientific data surrounding Cocamide MEA and concluded that it was safe for use in rinse-off products and safe at concentrations up to 10% in leave-on products.
Cocamide MEA is “a compound synthesized from coconut oils and ethanolamine.” This chemical compound is used in many personal care products claiming to be “natural” due to their use of coconut oil. However, this compound is not coconut oil in the way you or I might think of it, in fact, it appears as as a waxy, white substance and often works as a foaming agent. Cocamide MEA is derived from the fatty acids from coconut oil and monoethanolamine (MEA). In cosmetics and personal care products, Cocamide MEA is used in the formulation of bath soaps and shampoo. Cocamide MEA increases foaming capacity and/or stabilizes foam. Cocamide MEA is also used to thicken the aqueous (water) portion of cosmetic and personal care products. Cocamide MEA (or Cocamide Monoethanolamine) is a pale yellow viscous clear to amber liquid, or solid flakes. It is made from fatty acids found in coconut oil, reacted with monoethanolamine. Cocamide MEA is a mixture of ethanolamines of fatty acids derived from coconut oil and may also contain small amounts of Cocamide Diethanolamine (Cocamide DEA). Applications: Used in shaving creams and gels. Also used in hair care products, hand soaps, hand sanitizers, bath products, and moisturizers.