#phenoxyethanol inci name

[skevblogs]

Phenoxyethanol: A Comprehensive Guide to Its Uses, Safety, and Benefits

Introduction

Phenoxyethanol is a versatile and widely used ingredient in the cosmetic and pharmaceutical industries. Known for its preservative properties, it plays a crucial role in safeguarding products from contamination, ensuring their stability and safety for prolonged use. Whether you’re looking for phenoxyethanol suppliers, phenoxyethanol manufacturers, or phenoxyethanol wholesale options, understanding this compound is essential. At Shree Krishna Enviro Venture Private Limited, we specialize in providing high-quality phenoxyethanol in bulk, catering to industries that prioritize safety and efficacy.

In this blog, we’ll explore what phenoxyethanol is, its uses, safety considerations, and why it’s a preferred choice for many industries. Let’s dive in!

Main Content

What is Phenoxyethanol?

Phenoxyethanol is a colorless liquid with a mild, pleasant odor. It is an ether alcohol that serves multiple purposes, including as a preservative, solvent, and antiseptic. Its chemical formula is C8H10O2, and it is both naturally occurring (found in green tea) and synthetically produced.

Phenoxyethanol is widely recognized for its antimicrobial properties, making it an effective preservative in cosmetics, skincare, and pharmaceutical products. It is chemically stable, easy to use, and compatible with various formulations.

What is Phenoxyethanol Used For?

Phenoxyethanol is a multi-functional ingredient with a wide range of applications:

Phenoxyethanol for Skin: It is commonly used in skincare products like creams, lotions, and serums to prevent microbial growth and extend shelf life.

Phenoxyethanol in Cosmetics: From foundations to mascaras, phenoxyethanol ensures that cosmetic products remain safe and effective.

Phenoxyethanol in Shampoo: It acts as a preservative in hair care products, preventing contamination and maintaining product integrity.

Phenoxyethanol Preservative: Its antimicrobial properties make it a popular choice for preserving a variety of personal care products.

Phenoxyethanol for Hair: It is used in conditioners and hair masks to keep them free from bacteria and fungi.

Is Phenoxyethanol Safe?

Safety is a top concern when it comes to any ingredient used in personal care products. So, is phenoxyethanol safe?

Phenoxyethanol Safety: According to regulatory bodies like the European Union and Health Canada, phenoxyethanol is considered safe for use in cosmetics at concentrations of up to 1%.

Phenoxyethanol Side Effects: While generally safe, overuse or high concentrations can lead to skin irritation or allergic reactions in sensitive individuals.

Is Phenoxyethanol Safe for Pregnancy?: Pregnant women should consult their healthcare provider before using products containing phenoxyethanol, as a precautionary measure.

Phenoxyethanol MSDS: The Material Safety Data Sheet (MSDS) provides detailed information on handling, storage, and safety precautions for phenoxyethanol.

Phenoxyethanol Chemical Structure and Formula

The phenoxyethanol chemical structure consists of a phenol group attached to an ethylene glycol molecule. Its formula, C8H10O2, reflects its simple yet effective composition. This structure contributes to its stability and preservative properties.

How Much Phenoxyethanol is Safe?

Regulatory guidelines specify that phenoxyethanol should not exceed 1% concentration in cosmetic formulations. This limit ensures its effectiveness as a preservative while minimizing the risk of side effects.

Phenoxyethanol in Skincare

Phenoxyethanol is a staple in skincare products due to its ability to:

Prevent bacterial and fungal growth.

Extend the shelf life of products.

Maintain product stability without causing irritation.

Its use in phenoxyethanol for skin products is backed by its safety profile and effectiveness.

Phenoxyethanol in Shampoo and Hair Care

In hair care, phenoxyethanol acts as a preservative, ensuring that shampoos, conditioners, and styling products remain free from contamination. Its mild nature makes it suitable for regular use.

Phenoxyethanol Preservative

As a preservative, phenoxyethanol is highly effective against a broad spectrum of microorganisms. It is often used in combination with other preservatives to enhance its efficacy.

Phenoxyethanol INCI Name

The International Nomenclature of Cosmetic Ingredients (INCI) name for phenoxyethanol is simply "Phenoxyethanol." This standardized name ensures clarity and consistency in product labeling.

Buy Phenoxyethanol

If you’re looking to buy phenoxyethanol, it’s essential to source it from reliable phenoxyethanol suppliers or phenoxyethanol manufacturers. At Shree Krishna Enviro Venture Private Limited, we offer high-quality phenoxyethanol in bulk, ensuring that your products meet the highest safety and quality standards.

Conclusion

Phenoxyethanol is a versatile and safe ingredient widely used in cosmetics, skincare, and pharmaceutical products. Its preservative properties, combined with its low risk of irritation, make it a preferred choice for manufacturers worldwide.

At Shree Krishna Enviro Venture Private Limited, we take pride in being a trusted name among phenoxyethanol suppliers and phenoxyethanol manufacturers. Whether you need phenoxyethanol for skin, hair, or other applications, we provide premium-quality products in bulk to meet your needs.

Choose Shree Krishna Enviro Venture Private Limited for all your phenoxyethanol requirements and experience the difference that quality and reliability make.

[gimardist]

GimarPreserv PCG:

El sistema preservante con INCI Name: Phenoxyethanol (and) Caprylyl Glycol es una mezcla de conservantes que se utiliza principalmente en cosméticos y productos para el cuidado personal. Aquí te explico cada uno de sus componentes y para qué sirve:

Composición:

1. Phenoxyethanol: Es un conservante sintético ampliamente utilizado en cosméticos para evitar el crecimiento de bacterias, mohos y levaduras en el producto. Es eficaz contra una amplia gama de microorganismos.

2. Caprylyl Glycol: Es un humectante que ayuda a hidratar la piel, además de poseer propiedades antimicrobianas. También mejora la eficacia de otros conservantes, como el phenoxyethanol, lo que reduce la necesidad de utilizar conservantes más fuertes.

¿Para qué sirve este sistema preservante?

Este sistema preservante sirve para prolongar la vida útil de los productos cosméticos, asegurando que se mantengan libres de contaminación microbiana (bacterias, hongos, levaduras) durante su uso. Su aplicación es muy común en productos como cremas, lociones, maquillaje, geles, champús y otros productos de cuidado personal que contienen agua y son susceptibles a la contaminación.

Beneficios:

1. Seguridad: El Phenoxyethanol es considerado uno de los conservantes más seguros en concentraciones bajas (normalmente hasta el 1%). En combinación con el Caprylyl Glycol, se puede reducir la cantidad necesaria de conservantes más agresivos.

2. Eficacia antimicrobiana: La combinación de Phenoxyethanol y Caprylyl Glycol tiene una acción antimicrobiana mejorada, lo que ofrece una mayor protección contra una amplia variedad de microorganismos, incluyendo bacterias Gram-positivas, Gram-negativas y hongos.

3. Compatible con diversos tipos de piel: Esta mezcla es generalmente bien tolerada por la piel y es menos irritante que otros conservantes más tradicionales, como los parabenos.

4. Mejora la textura del producto: Además de ser un conservante, el Caprylyl Glycol también funciona como un agente humectante, ayudando a retener la humedad en la piel y mejorando la textura del producto.

5. Estabilidad del producto: Ayuda a mantener la fórmula del producto estable durante más tiempo, evitando que se deteriore prematuramente.

En resumen, el sistema preservante Phenoxyethanol (and) Caprylyl Glycol se usa para mantener la seguridad y estabilidad de los productos cosméticos al protegerlos contra el crecimiento microbiano, al mismo tiempo que es seguro y suave para la piel. Si estas interesado en saber más contáctanos: Sales@gimardistribution.com #Gimardistribution #Gimar #GimarPreservPCG #cosmeticos #cosmetics #hair #haircare #haircareproducts #cuidadodelcabello #skin #skincare #skincareproducts #cuidadodelapiel #madeinItaly #usa #Latam #Latinoamérica #Caribe #picoftheday #photooftheday

[skin-careful]

Introduction: How To Read The Labels On Your Skincare Products

Have you ever looked at the back of your skincare products and wondered what all the gibberish is all about? I'm here to explain how you can read even the most confusing ingredient lists!

Luckily, ingredient lists are relatively easy to comprehend thanks to European and American standards. They should all follow the INCI naming process - standing for "International Nomenclature of Cosmetic Ingredients".

As a rule of thumb, ingredients will be listed from the highest to the lowest percentage. For example, if you see "Water" or "Aqua" listed as the very first ingredient we can assume the product is made up of mostly water.

The list will then continue with its components most to least until it reaches the allergens, which should always be listed at the very end for easy identification. These allergens could be chemicals such as Limonene, Linalool, or Parfum/Fragrance. It is legally required that a product lists its potential allergens to avoid causing allergic reactions.

The middle-most part of the list will include most of the composition of the product: preservatives (e.g. Phenoxyethanol, Parabens, Benzyl Alcohol, Urea) for keeping the product from spoiling or growing bacteria, emollients (e.g. Dimethicone, Petrolatum, Shea Butter) that moisturise and protect the skin, humectants (e.g. Glycerin, Lactic Acid, Hyaluronic Acid) that draw moisture from the air to give the skin moisture, there may also be thickeners (e.g. Stearyl Alcohol, Xantham Gum) which do as described - thicken the product.

Be aware, though, that products with a percentage of ≤1% can appear anywhere in the ingredients list.

Next are the little symbols you may see floating around the back of the product bottles. These symbols can make little to no sense to the average person, but I can show you how much sense they actually make!

This pot symbol represents the Period After Opening (or PAO). It should have a number and an 'M', which stands for months, inside the lower portion of the pot. This means how long the product will keep until the contents start to deteriorate - meaning after this date it should be thrown out. A product can keep anywhere between 1 month to 36 months, although you are more likely to see a product last anywhere between 6 months to a whole year. If you struggle to remember when you have opened a product I would suggest writing the month you opened your skincare in Sharpie onto the back.

This stands for the best before date, representing an hourglass. This symbol will take the place of a PAO if a product lasts less than 30 months. European products must include either a PAO or BBE, however, this is not required in America. If unsure, it is best to throw out any products looking worse for wear, dried up, or have separated. You can always have a look at other similar products and their BBEs to determine how long to keep them.

The "Refer to Insert" symbol. Products such as nail polishes, mascaras, and hand creams that may be too small to include an ingredient list will use this symbol. It can either mean to refer to a paper booklet included with the product, to peel back the label, or to refer to a separate online list. It is required that companies include some way for the consumer to find the ingredients on their products.

Stands for "nominal net content". This tells you the exact weight of the contents of the product at the time of production. This can be in grams (g), ounces (oz), millilitres (ml), litres (L), or liquid ounces (fl oz).

The Mobius Loop usually stands for the recyclability of the product. It doesn't always mean the product is recyclable, as variations of the symbol can tell you what type of recycling it fits with, such as plastic or cardboard. Some products may require a designated waste service to recycle, and others may not be accepted at all. It is best to check with your local county to determine whether they will accept certain containers.

The green dot symbol is a little badge that means they pay a recycling and waste service to treat any waste they incur producing the product. It is only used in Europe.

A certification used to show what percentage of the product is organic or natural. There are two types: Ecocert Organic - which stipulates that 95% or more of the product is organic, and Ecocert Natural - which indicates at least 50% or more of the plant-based ingredients are of organic nature.

This is the Leaping Bunny Logo, which is a cruelty-free stamp. It means that animal testing was not used in the creation of the product. It does not mean that animal-derived products aren't used in the product itself, and not all vegan-friendly products are cruelty-free.

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If you keep all of this information in mind, it should become easier to read the contents of your skincare bottles.

However, if you still find yourself struggling to comprehend the more innocuous lists of ingredients there are a few things you can try. I use sites such as Cosmily's ingredient checker to help me understand what chemicals are in my everyday skincare. It's as simple as copying the list and entering it into the checker.

There is also the INCIbeauty app, which may be a bit more helpful than Cosmily - especially if you are on the go. The app lets you scan the barcode of any given product and, if it is in the database, it will give you the lowdown on the ingredients, allergens, and a basic score of how safe the product is. So give it a go!

~ Sources: ~ https://www.thewhitepigeonsaid.com.au/blogs/going-clean-and-green/making-sense-of-skincare-ingredients-and-product-labels https://irenebeautyandmore.com/most-important-symbols-in-cosmetic-labels/ https://www.byrdie.com/skincare-ingredient-labels

[dermatiteatopica]

Ingredientes potencialmente irritantes

Ao longo dos posts aqui do blog, falo sobre ingredientes de cosméticos que são potencialmente irritantes, ou seja, ingredientes com grande chance de irritar a pele atópica e sensível.

Mas quais são eles?

A sensibilidade, assim como as alergias, são muito particulares: o que pode fazer muito mal a uma pessoa pode ser completamente inofensivo a outra. Para se ter mais clareza sobre o tema, existem duas alternativas: o teste cutâneo de alergia - feito por alergistas - e o teste feito por você mesm@, pelo uso & observação de cada produto que você aplica na pele.

Ainda que você faça o teste cutâneo com um alergista - que é um excelente passo inicial - a verdade é que o teste feito por você mesm@ será inevitável no seu dia-a-dia, pois a análise da versão profissional tem uma quantidade limitada de substâncias.

A melhor parte do teste cutâneo profissional é que ele identifica substâncias que vão além do uso tópico. Por exemplo, um teste que dá positivo para perfume indica que você provavelmente também tem alergia a aromatizantes (que são os "perfumes de alimentos"). Um teste cutâneo que dá positivo para látex indica que você tem a possibilidade de ter reação cruzada com uma série de alimentos. (Reação cruzada é quando o nosso sistema imunológico reconhece um produto como se fosse outro. No caso do látex, alimentos como banana, mamão, tomate, uva, entre vários outros, podem desencadear reação cruzada).

De qualquer forma, apesar das particularidades de cada pessoa, existem ingredientes que comumente irritam a pele sensível. E vou listá-los aqui, não para que você passe a evitar todos de uma vez, mas para que, caso tenha uma constante vermelhidão, irritação ou inflamação na pele, possa ter alguma idéia de onde pode estar vindo o problema!

Às vezes, o problema pode não estar em um ingrediente específico do seu cosmético, mas nas combinações presentes na fórmula!

Sendo assim, encontrá-los torna-se uma tarefa um pouco mais complexa e exigirá um pouco mais da sua atenção. No meu caso, por exemplo: consigo usar tranquilamente produtos com parabenos e produtos com silicones. Mas parabenos e silicones juntos no mesmo produto (ou em produtos diferentes, mas aplicados ao mesmo tempo) me causam irritações severas na pele!

O mesmo vale para a combinação de ácido salicílico e vitamina C, seja via oral (AAS e Vitamina), seja uso tópico, seja um deles via oral e outro uso tópico, como, por exemplo, usar sabonete com Ácido Salicílico e tomar Vitamina C em cápsulas! A pele fica extremamente irritada.

Ainda há a combinação de Aristoflex (Ammonium Acryloyldimethyltaurate/VP Copolymer), que é um espessante de fórmulas (por exemplo, transforma água em sérum, auxilia na criação de produtos em textura gel) e o conservante Phenoxyethanol. Essa combinação também causa irritações na minha pele e, por esse motivo, não consigo usar produtos que, a princípio, não contam com nenhum ingrediente agressivo na fórmula, como o Minéral 89, da Vichy, e o Gel hidratante Dramatically Different, da Clinique.

Por outro lado, há combinações que interrompem o processo inflamatório. Por exemplo, no sabonete e no desodorante da Nivea de meu uso diário contém BHT, um antioxidante usado para preservar a fórmula do produto que me causa irritação na pele. Mas, como o sabonete conta com proteínas do leite e o desodorante conta com extrato de camomila, bisabolol e alantoína, todos ingredientes calmantes, o BHT passa a não ter nenhuma ação negativa.

Então, na hora de avaliar cada cosmético, leve também em consideração possíveis combinações de ingredientes. Pode parecer uma tarefa quase impossível, mas se você se acostumar a ler a composição dos produtos que usa - e decorar os ingredientes que não fazem mal nenhum à sua pele -, vai perceber que fica cada vez mais fácil detectar os "vilões".

Vamos à lista?

Vou colocá-los em ordem alfabética :)

• Ácido Acético (Vinagre)

• Ácido Ascórbico (Vitamina C)

• Ácido Azelaico

• Ácido Cítrico

• Ácido Glicólico

• Ácido Kójico

• Ácido Retinóico

• Ácido Salicílico

• Álcool

• BHT

• Cânfora

• Corantes

• Isotiazolinonas (Methylisotiazolinone/Methylcloroisotiazolinone)

• Lanolina

• Manteiga de Karité*

• Niacinamida (Vitamina B3)

• Óleos vegetais

• PEG (Propilenoglicol)

• Perfume (incluindo óleos essenciais)

• Protetores Solares Químicos

• Retinol (Vitamina A)

* A Manteiga de Karité, apesar de não ser um ingrediente potencialmente irritante, entrou na lista por ser um desencadeador de dermatite atópica.

Para identificar os ingredientes no rótulo de cada produto, é preciso saber como cada um se chama na versão internacional de nomenclatura de cosméticos, conhecido como INCI name (International Nomenclature Cosmetic Ingredient).

Geralmente os nomes são fáceis de identificar: "Ácido Salicílico" tem o INCI Name "Salicylic Acid", "Lanolina" tem o INCI Name "Lanolin". Então vou listar apenas aqueles que são completamente diferentes, para que você saiba identificá-los:

• Manteiga de Karité - Butyrospermim Parkii (Shea) Butter

• Protetores Solares Químicos - como são diversos os ingredientes que conferem proteção solar, são diversos os nomes que podem aparecer nos rótulos. Os mais comuns são Ethylhexyl Methoxycinnamate e Octocrylene. E como os protetores solares servem também como conservantes para os produtos - pois protegem os ingredientes da fórmula da luz solar - é possível que exista um protetor solar químico inclusive em produtos que não contém a informação de FPS no rótulo.

Caso você queira encontrar o INCI Name de qualquer outro ingrediente que queira pesquisar, basta colocar o nome da substância seguida de "INCI Name" no Google :)

Sobre o perfume: é um ingrediente que pode estar presente até em produtos que parecem não ter cheiro. Portanto, não confie tanto no olfato e procure o ingrediente na lista de composição na embalagem!

Sobre os ácidos, é importante alertar que, como eles sensibilizam a pele, pode ser que algumas substâncias que antes não causavam nenhuma reação possam passar a irritar a sua pele. Geralmente, essa reação passa quando você interrompe o uso dos ácidos.

A primeira vez que tive uma crise de dermatite no corpo, foi causada pelo ácido glicólico presente em um creme relaxante para o cabelo (relaxante no sentido de alisador!). Deixei o produto agindo no cabelo por aproximadamente 20 minutos sem qualquer proteção para a pele. Resultado: nas áreas em que o cabelo entrou em contato com a pele - nas costas e nos braços, principalmente - formaram-se irritações e feridas bastante graves. Somente depois percebi a presença do ácido na composição do produto! Por isso é sempre bom conferir os ingredientes antes de usar qualquer cosmético.

Uma informação importante sobre rótulos: a ordem dos ingredientes é sempre descrita da maior para a menor concentração.

Ou seja, se a lista inicia com "Water", significa que tem bastante água na composição. Se a lista termina com "Perfume", quer dizer que há pouca fragrância. Então você consegue, através da ordem dos ingredientes, ter uma ideia melhor da característica de cada produto.

E, além de substâncias presentes em cosméticos, é possível que a irritação da pele venha de outras fontes, como:

• Lã - de roupas, acessórios (cachecóis), colchas

• Látex/Borracha - de roupas de ginástica, do elástico da máscara de proteção contra a Covid-19, de capinhas de celular, de sandálias de dedo, de esponjinhas de maquiagem

• Resinas em geral - outras resinas além do látex, como resina de pinho, por exemplo, utilizada em produtos de limpeza doméstica e em maquiagem para olhos, como máscaras de cílios e lápis/delineadores

• Níquel - botões de calças, brincos e outros acessórios

• Cromo - peças cromadas, peças de couro

Ou seja, a observação deve ser constante e deve abranger tudo o que você usa no seu dia-a-dia.

Espero ter ajudado na sua pesquisa sobre sensibilidade!

Um abraço, até a próxima :)

[what-s-up-friends-us]

Do not be fooled! Discover what the International Nomenclature of Cosmetic Ingredients hides How to read an INCI - Cosmetic Blog from the root As you will remember, in the previous post I briefly told you how conventional and unconventional cosmetics are formulated. I think it is important in this post to teach you to read these formulations when purchasing any beauty product (organic, natural or conventional) in the famous list of ingredients. "The lower the quality of the product and the active ingredients, the greater the amount of synthetic ingredients that serve to lower costs and achieve a usable product" It is very important not to trust the names or adjectives of the products without further ado. Most of the time they are claims to facilitate their sale. The word " eco " is often synonymous with "economic" and is simply used as a pun to confuse the customer. The same with "Natural", "Bio", etc. It is also very important to learn to read the INCI of what we buy, so as not to be fooled especially with those miracle products, which scream at four winds to be the solution for a problem ... wrinkles, cellulite, aging, anti-aging among many other things. Remember that the active ingredients present in any formulation are usually present in a relatively low percentage. And that the cheaper the product, the lower the percentage will be. There are times when brands sell a product with some specific quality and with a specific asset that then if we read and investigate it does not even assume 0.5% in the formulation. LIST OF INGREDIENTS I begin by telling you that the so-called INCI list (International Nomenclature of Cosmetic Ingredients) is the detailed list of ingredients that contain cosmetic products. This list is required by law to manufacturers of cosmetics to inform the customer in detail of the ingredients of the formulation. Each ingredient must appear on this list without exception and in descending order of concentration. Therefore, if an INCI list starts with Lavender Hydrolate for example, this would be the most abundant ingredient in the formulation. If, for example, the INCI started with Prunus dulcis oil (Almond Oil) means that the ingredient with the highest percentage present in this formulation is almond oil. However, the actual percentages of each ingredient are never known with total certainty, since the formulation is a laboratory secret and it is not mandatory to indicate them with such precision. STATEMENT Within the regulations, if the dose of an ingredient is less than 1%, the place it occupies on the list can be modified. Therefore, there are often products that indicate to have damascene rose extract, for example, and is only present in 0.3% of the formulation. The manufacturer can modify its order and place it among the top positions. In a way, deceiving the final consumer and thus achieving better marketing for the sale of the product. This regulation is somewhat incongruous but nevertheless, we have to give a vote of confidence to the product line we are acquiring. This list must always be visible on any product. If the cosmetic line is really transparent and honest, this list will be visible and in an easily located area. Obviously, the less honest the firm is, the harder it will be to find the INCI and the reading will be more complicated. An observation that I have made over time is that the more natural the product is and the more organic the length of the list of ingredients decreases dramatically, and the less natural and more "chemical" the formula is, the list of ingredients is expanding considerably. And why is this? The answer is very simple: to products of better quality and more natural, it is not necessary to camouflage them with perfumes, preservatives, paraffins, silicones and other chemicals that serve to improve texture, smell or color. NOMENCLATURE It is not easy to read the INCIS the first time, nor the second, nor the third time ... But over time you will become familiar with the terms and nomenclatures. There are ingredients that are easy to understand and others that sound completely strange to us. You can rely on the internet or reference books until you start mastering the terminology. Natural ingredients (usually from plants) always come with their names in Latin and usually in parentheses their names in English. The alcohol or petroleum usually end in alcohol or paraffin. The dyes are usually named with letters and numbers and the preservatives or silicones usually have endings in one or ane and/or terminologies as paraben. How cosmetics are formulated - Beauty Blog from the root How is a cosmetic formulated? EXAMPLES OF INGREDIENT LISTS Here are some examples of three INCIS from different firms. The formulation is designed to achieve the same effect but I invite you to compare them and so you can decide which one you consider the most organic, the most natural and the least. CREAM 1 Aloe Barbadensis Leaf Juice*, Cetyl Alcohol, Glyceryl Stearate SE, Caprylic/Capric Triglyceride, Propanediol, Glycerin,Isoamyl Laurate, Isoamyl Cocoate, Alaria Esculenta Extract, Crambe Maritima Extract, Water (Aqua), Pelvetia Canaliculata Extract, Water (Aqua), Squalane, Butyrospermum Parkii* (Shea Butter), Olea Europaea (Olive) Fruit Oil*, Simmondsia Chinensis (Jojoba) Seed Oil*, Tocopheryl Acetate, Sodium Stearoyl Glutamate, Sodium Hyaluronate,Glyceryl Caprylate, Parfum, Dehydroacetic Acid, Benzyl Alcohol, Benzoic Acid. (* Ingredientes procedentes de Agricultura orgánica). CREAM 2 Aqua (Mineral Spring Water), Butyrospermum Parkii (Shea) Butter, Cetearyl Alcohol, PEG-20 Stearate, Butylene Glycol, Acetyl Dipeptide-1 Cetyl Ester, Hydroxyethylcellulose, Sorbitan Laurate, Chondrus Crispus Extract, Glyceryl Stearate, Aloe Barbadensis Leaf Juice, Isohexadecane, Glycerin, Caprylyl Methicone, PEG-12 Dimethicone/PPG-20 Crosspolymer, Diisobutyl Adipate, Pichia/Sea Silt Ferment Lysate Extract, Xanthan Gum, Plantago Lanceolata Leaf Extract, Hydroxypropyl Cyclodextrin, Palmitoyl Tripeptide -38, Linum Usitatissimum (Linseed) Seed Extract, Phenoxyethanol, Ethylhexylglycerin, PEG-100 Stearate, Cyclomethicone, Simmondsia Chinensis (Jojoba) Seed Oil, Myristyl Myristate, Squalene (Phytosqualene), Polysorbate-20, Polyisobutene, Polyacrylate-13, PEG-4 Olivate, Mentha Piperita (Peppermint) Leaf Juice, Propylene Glycol, Chamomilla Recutita (Matricaria) Flower Extract, Allantoin, Parfum (Fragrance), Bisabolol, Maris Aqua (Dead Sea Water), Potassium Sorbate, Tocopheryl (Vitamin E) Acetate, Kaolin, Tocopherol (Vitamin E), Benzyl Salicylate, Limonene, Hexyl Cinnamal, Linalool, Citronellol, Hydroxycitronellal, Butylphenyl Methylpropional, Alpha- Isomethyl, Ionone, Geraniol. CREAM 3 Aqua [water]; ethylhexyl stearate; olus oil; sorbitan stearate; butyrospermum parkii butter [shea]; sorbitol; behenyl alcohol; arachis hypogaea oil [peanut]; phenoxyethanol; sucrose stearate; glycerin; sucrose distearate; triticum vulgare germ oil [wheat]; phytantriol; zea mays oil [corn]; panthenol; rosa centifolia flower cera; cera alba [beeswax]; stearic acid; alcohol; palmitic acid; aroma [fragrance]; allantoin; benzyl benzoate; ethylhexylglycerin; tocopheryl acetate; xanthan gum; ascorbyl palmitate; lecithin; glycine soja oil [soybean]; cucumis sativus fruit extract [cucumber]; equisetum arvense extract; tocopherol; ubiquinone; hydrogenated palm glycerides citrate; linalool; hexyl cinnamal; arginine; benzyl salicylate; geraniol; citronellol; coumarin. In the next post, I will go deeper into certain ingredients that can confuse us when choosing a cosmetic product. Until then take care and pamper yourself from the root. Click here for more tips

http://bestofftops.blogspot.com/2019/09/conscious-purchase-tags-without-secrets_4.html

[amorehairandbody-blog]

All about those artificial preservatives

So, after doing some research on potential “natural” preservatives to add to Amore Hair and Body products (amorehairandbodyco.etsy.com, amorehairandbody.com) I came across this website (https://www.naturescomplement.com/2016/08/27/personal-care-product-preservatives-and-the-truth-part-ii/) which goes into detail about various preservatives that are being used in beauty products. After reading up on the different types of preservatives, their uses, and side effects I have learned that there are no “natural” preservatives out right that are able to put a long shelf life on products without introducing harmful chemicals and potential cancers, skin conditions, health issues, among many many other issues to our bodies. If you can not easily decipher an ingredient in a product you are using, it may be a harmful chemical that you may not be informed of. As consumers, we must learn about and do research on the ingredients in our products. KNOWLEDGE IS POWER! I hope this information will help you when shopping for products to put on or in your body.

The information is as follows:

Germaben

According to wikipedia: Germaben is “used to inhibit microbial, yeast and mold growth in cosmetics and other personal care products. It contains propylene glycol, propylparaben, methylparaben, and diazolidinyl urea. It is a Registered Trademark of International Specialty Products”.4

“Germaben II is used primarily by small businesses or home hobbyists who make soap, lotions, shampoos and other body care products”.5

“Germaben II contains parabens, some studies have raised concerns that these substances may be carcinogenic owing to their effect of mimicking the body’s hormone estrogen”.6,7

Ok, so Germaben contains parabens. Pure marketing genius, but an ethical failure. They mixed in known toxins of parabens with something else and gave it a different name! Because you know, re-naming it will also magically reduce the toxicity. I already wrote about the various dangers of parabens and diazolidinyl urea in part I of this article. You can find more information about these ingredients here.

Germaben II

I couldn’t find the MSDS for Germaben, but I did find one for Germaben II, which according to the MSDS contains diazolidinyl urea, which is also an eye irritant.8However I did not see any other ingredients listed, just the diazolidinyl urea.

Diazolidinyl urea along with imidazolidinyl urea, are basically formaldehyde releasers.9In other words, they are compounds that slowly release formaldehyde. And when do they release formaldehyde? Well, that’s dependent on the matrix according to this study.10 And to the best of my knowledge, the cosmetic makers have not tested if formaldehyde is released in their combination of oils and waters. And without testing, their guess is as good as your or mine.

Information about the dangers of formaldehyde releasing chemicals such as diazolydinyl urea has become more widely available (and is also discussed in part I), and more people have been choosing to buy products without such additives. So to fool the public, now someone comes out with repackaged forms of these ingredients just under a different name? Disgusting.

My decision? You won’t find Germaben or Germaben II in my products.

Phenonip

Phenonip is a combination of phenoxyethanol, methylparaben, butylparaben, athylparaben, and propylparaben. Notice all the parabens? So basically phenohip is a bunch of parabens mixed in with phenoxyethanol. As mentioned previously in part IPhenoxyethanol,also known as ethelyne glycol phenyl ether,11 is a glycol ether, and glycol ethers are usually solvents used in paints and cleaners,12 as well as preservatives in cosmetics and medications.

As stated previously, Phenoxyethanol is part of a family of chemically related compounds known specifically as ethelene glycol ethors,of which research shows that there is evidence that this chemcial is liver and kidney toxic,13and can lead to anemia.14

Refer to part I of my series for more information about the dangers of ethylene glycol ethers and it’s family members. Part I also discussed the dangers of the many varieties of parabens.

Optiphen

Optiphen is a fancy name for a combination of two ingredients, Phenoxyethanol and Caprylyl Glycol. We already talked about phenoxyethanol, so what about caprylyl glycol? Well, the fact that I wasn’t able to easily find safety information about it should be a red flag right there. If it’s a common ingredient it should be easily found right? Not so. It took a lot of digging to find useful information. Fortunately I found the INCI (International Nomenclature of Cosmetic Ingredients) name here,15 which told me that caprylyl glycol is actually ethylhexylglycerin.

Wikipedia wasn’t much help, it just says a topical ingredient to treat eczema.16

However in digging through studies on PubMed we found many studies that showed ethylhexylglycerin can cause contact dermatitis:

“Ethylhexylglycerin: a low-risk, but highly relevant, sensitizer in ‘hypo-allergenic’ cosmetics.”17

“Ethylhexylglycerin-a contact allergen in cosmetic products.”18

“Allergic contact dermatitis caused by ethylhexylglycerin in both an ointment and a skin aerosol.”19

“Allergic contact dermatitis from ethylhexylglycerin in sunscreens.”20

“Allergic contact dermatitis to ethylhexylglycerin in a cream.”21

“Allergic contact dermatitis from ethylhexylglycerin.”22

“Allergic contact dermatitis to ethylhexylglycerin and pentylene glycol.”23

If this ingredient so commonly causes contact dermatitis, why would people want to use it on their skin?

Many companies are using this ingredient as an alternative to parabens and claim that it’s from natural sources. While the starting material for this may have been vegetable glycerin, it goes through a multi-step chemical synthesis process to get to the end result. According to the patent:

“The synthesis technology at least comprises the following steps: step one, carrying out condensation reactions: mixing isooctanol and alkali, adding a phase transferring agent, dropwise adding epoxy chloropropane to carry out reactions in a cooling condition, washing, and layering to obtain an intermediate (1); step two, performing ring-opening reactions: mixing the intermediate (1) with a ring-opening agent, heating to carry out reactions, washing, and layering to obtain a coarse product (2); step three, refining: making the coarse product (2) go through a rectifying column to carry out separation to obtain qualified product (ethylhexylglycerin). The provided synthesis technology has the characteristics of short synthesis route, low cost, high yield, and high product quality.”24

Optiphen ND

I already showed that optiphen by itself is concerning, so how is the ND different in this supposedly “advanced and better” Optiphen? I had to find the INCI name again: it contains Phenoxyethanol, Benzoic Acid, and Dehydroacetic.26

So basically the difference between optiphen and opthiphen ND is that the ND version has benzoic acid instead of caprylyl glycol, and it also has Dehydroacetic acid. I went ahead and researched Dehydroacetic acid. Wikipedia says it’s structurally classified as a pyrone,27 but that is not really helpful for our purposes.

Apparently it is used as a fungicide, a bactericide and a plasticizer.

There was not a great deal of research on this chemical on PubMed as it relates to cosmetics or personal care products. However one study found that it is increasingly being recognized as an allergen.28

We also found that if it is ingested orally (such as when it is used as a food additive), it functions as an anticoagulant, and that it seems to work by inhibiting Vitamin K. One study found that, “Repeated oral administration of DHA-S in rats induced severe hemorrhage in multiple organs and prolongation of blood coagulation factors.[…] [A] prolonged prothrombin time (PT) and an activated partial thromboplastin time (APTT) were observed in rats when DHA-S alone was administered, while only a slight change was observed in animals that received a single injection of vitamin K2 following the DHA-S dosing. These results suggest that DHA-S-induced hemorrhage is caused by a deficiency of vitamin K.”29

While it is not clear that that skin exposure would produce any of the same effects, if people are putting it on their hands and then eating food it seems likely that at least some of this chemical would be ingested. This is certainly concerning enough for us that we choose to not use this in our products because we want to be certain they are safe.

Finally, the benzoic acid that replaced the caprylyl glycol? Benzoic acid is naturally occurring in many food plants, although at very low levels. So while many companies considerer benzoic acid relatively safe, and the FDA has granted GRAS status,30 there is evidence that under the right conditions it can be potentially harmful, particularly at higher doses. For example, one study found benzoic acid to be genotoxic on lyhmphocytes (white blood cells) in vitro.31

In addition, the World Health Organization (WHO) has a very comprehensive paper available here that includes the following conclusions that are relevant:

Benzoic acid is irritating to the skin and eyes.

High dosage ingestion of benzoic acid causes disorders of the central nervous system including pathological changes to the brains of lab animals.

“Cases of urticaria, asthma, rhinitis, or anaphylactic shock have been reported following oral, dermal, or inhalation exposure to benzoic acid and sodium benzoate. The symptoms appear shortly after exposure and disappear within a few hours, even at low doses (Maibach & Johnson, 1975; Clemmensen & Hjorth, 1982; Larmi et el., 1988; Ring, 1989; Gailhofer et al., 1990; Aberer et al., 1992; Lahti et al., 1995; Anderson, 1996; Bindslev-Jensen, 1998; Coverly et al., 1998).”32

While regulators have weighed the potential risks and have concluded that this chemical is acceptable to be used in consumer products. Here at Nature’s Complement, we came to a different conclusion.

NeoDefend

NeoDefend, like the others, isn’t a single chemical. It is comprised of several chemicals. According to the MSDS it is comprised of the following: Glucono Delta Lactone, Sodium Benzoate, Calcium Gluconate.33,34

Let’s take a closer look at these shall we?

Glucono Delta-lactone:

According to Wikipedia, Glucono delta-lactone (GDL), also known as gluconolactone, is a food additive35 and at first this sounds promising since this ingredient appears to be quite safe.

However: “The yeast Saccharomyces bulderi can be used to ferment gluconolactone to ethanol and carbon dioxide. The pH value greatly affects culture growth. Gluconolactone at 1 or 2% in a mineral media solution causes the pH to drop below 3…”36

If yeast can ferment it, meaning it can eat it, then it is not a very effective preservative. In fact, a search of PubMed did not povide much of any evidence that it is an effective preservative either.37

In addition, Glucono delta-lactone is made from sugar.38 What kind of sugar is not clear, and here’s the thing, much of our sugar comes from corn or beets, which are both mostly genetically modified in the US. So we really don’t know if the Glucono Delta Lactone added to this product is made from GMO plants or not, though it is noted herethat it could come from genetically modified maize.39 And my rule always is, if I don’t know, I don’t use it in our products

Sodium Benzoate:

Sodium benzoate is the salt of benzoic acid, and a food preservative.40 This too initially sounds promising. But further investigation revealed that a known human carcinogen (benzene) can form from the chemical reactions of sodium benzoate with other ingredients, particularly ascorbic acid (Vitamin C):

“In combination with ascorbic acid (vitamin C, E300), sodium benzoate and potassium benzoate may form benzene, a known carcinogen. When tested by the FDA, most beverages that contained both ascorbic acid and benzoate had benzene levels that were below those considered dangerous for consumption by the World Health Organization (5 ppb).[19] Most of the beverages that tested higher have been reformulated and subsequently tested below the safety limit.[19] Heat, light and shelf life can increase the rate at which benzene is formed.”41

Sodium benzoate by itself is also mutagenic and genotoxic. According to this study cells are affected by sodium benzoate through mutations and chromosome breaks.42 Not good things you want happening to your beautiful skin cells.

Not only does it affect your skin, but it also impairs your nervous system according tothis study done on rats.43

Calcium Gluconate:

Calcium Gluconate is commonly used as a mineral supplement. It is basically a neutralized gluconic acid ionically bound to calcium carbonate.44 Okay, good start so far. Gluconic acid itself can occur naturally in certain foods. I have not found any research showing toxicity. So let’s say this one is okay – BY ITSELF – not mixed with sodium benzoate and Glucono Delta Lactone.

So NeoDefend is out. I may consider looking further into calcium gluconate to see what kind of protection it could provide for my products by itself, and make sure when mixed with my ingredients there are not any negative effects. But as a combination of yucky ingredients, NeoDefend is out.

Germall Plus

According to the INCI name, Germall Plus consists of propylene glycol,diazolidinyl urea, and iodopropynyl butylcarbamate.45 Oh boy, where do I start? Lets start with propylene glycol (AKA 1,2-Propanediol) which is what’s listed on the actual MSDS under the hazardous components section.46

I already discussed that glycols are basically solvents, like paint solvents, but the degree of safey of propylene glycol is in dispute. The mainstream view is that this is relatively safe. However I am not completely convinced of that. In low concentrations it is probably not too bad, but in higher concentrations it can certainly become toxic. However, in addition, it can be a skin irritant and can cause contact dermatitis in some people, so it certainly does not fit in with the goal and philosophy of Nature’s Complement.

Toxipdia.org lists the following concerns:

Listed as a suspected immunotoxicant, neurotoxicant, respiratory toxicant, and skin and sense organ toxicant (EDF)

Chronic exposure to propylene glycol may cause lactic acidosis, hypoglycemia, stupor, and seizures. (HSDB)

Chronic exposure to large doses may cause central nervous system depression. Chronic ingestion may cause lactic acidosis and possible seizures. Exposures to propylene glycol having no adverse effects on the mother should have no effect on the fetus. Birth defects are unlikely. (MSDS)

Frequent skin exposure to propylene glycol can sometimes irritate the skin. (ASTDR)47

According to truthinaging.com:

“Propylene glycol has a number of safety issues associated with it. It is commonly known to be an irritant to the skin and eyes, and cause contact dermatitis and rash in humans. However, the Agency for Toxic Substances and Disease Registry dispute the level of toxicity and says “propylene glycol rarely causes toxic effects […] Despite this the FDA has it approved for general use under the number E1520 and can be used in cosmetics according to limitations in concentration (Cosmetics Database).

This concentration currently stands at <50% according to the Cosmetics Ingredients Review, although research has shown that the body can be sensitive to the ingredient at levels as low as 2%. The Cosmetics Ingredient Review has shown that propylene glycol inhibits collagen contraction [an important function of skin]. As of yet there has not been enough research conducted to be able to determine whether propylene glycol is carcinogenic (Safety Assessment of Propylene Glycol).”48

Since collagen contraction is an important aspect of wound healing and tissue remodeling,49 and because propylene glycol/Propanediol inhibits collagen contraction, it is possible (this is speculation) it may inhibit skin wound healing and proper tissue functioning.

One of the most concerning studies we found on PubMed shows that both ethylene and propylene glycol produce reproductive and developmental toxicity.50

The common “wisdom” is that propylene glycol is less toxic than ethylene glycol, but less toxic does not mean “non-toxic.” Since I’m not interested in using “less toxic” (only “non-toxic”) ingredients in my products, I came to the conclusion a long time ago that anything glycol, will not go into my products.

I already covered diazolidinyl urea in part I of this series, and I’ve already decided I won’t be adding Germall Plus to my products. But let’s look at the third and final ingredient anyway.

Iodopropynyl butylcarbamate is a water soluble preservative used in lots of stuff, including presreving paints and coatings.51 It is also a member of a family of insecticide chemicals known as carbamates,52 which have a mechanism of action of inactivating the enzyme acetylcholinesterase.53 We covered this ingredient in part I, and here is what we wrote there:

“In researching this preservative I was surprised to find a large number of studies in regards to contact dermatitis. It is a culprit of such indeed. Iodopropynyl butylcarbamate is actually a carbamate family of biocideshttps://en.wikipedia.org/wiki/Iodopropynyl_butylcarbamate meaning it is a family of chemicals that function as a insecticide that inactivates a specific enzyme (Acetylcholinesterase), which acts as a nerve agent and kills the insect. However, I must point out that insects are not the only species that require that enzyme. Humans utilize that enzyme too, especially in brain and muscle tissuehttps://en.wikipedia.org/wiki/Acetylcholinesterase. OK, at this point, I don’t think I need any toxicity studies to tell me that I don’t want this in my skin creams. But I read on and researched anyway.

The Environmental Working group has a good summary which I have quoted below:

‘Per EWG.org — Iodopropynyl Butylcarbamate does show ‘Limited evidence of gastrointestinal or liver toxicity’ per the US EPA; that there is strong evidence of ‘Human toxicant or allergen’ affects, by Cosmetic Ingredient Review Assessments; that it is ‘Suspected to be an environmental toxin’ from Environment Canada Domestic Substance List, and that at least ’50 studies in PubMed Science Library may include information on the toxicity of this chemical,’ NLM PubMed.’“54

To the above I would add that this chemical has restricted use in many countries and is not permitted to be used in ways that might cause it to become inhaled as it has toxic respiratory tract effects.55 It was apparently approved for cosmetic use in 1996, though there is a mention of “when used properly” – which I would presume means don’t inhale it and don’t ingest it. So ironically, to be safe, one would have to wash off any lotions or creams with this ingredient prior to eating. It would also probably be safest also to not smell the lotion on your hands or touch your nose. Our conclusion was putting this ingredient into personal care products is absurd and we certainly aren’t going to use it.

LiquaPar Oil

LiquaPar Oil is a mixture of Isopropylparaben, Isobutylparaben, and Butylparaben.56Umm… these are all parabens. Need I say more? Here is the actual MSDS.57

Linatural

Oh this was a fun one to research. First, there doesn’t seem to be just one Linatural. There are variations of Linatural from Linatural™ MBS – 4 to Linatural™ MBS – 8 and a whole bunch of Linatural’s in between.

According to Lincoln Fine Ingredients, here are the various Linatural formulations and what’s in them.58 Then I will quickly cover any chemical ingredients not already covered.

Linatural CO-NLP-1 (Sounds promising)

Certified Organic Orange / Lemon Grass / Sunflower Oils / Natural Alcohol Denatured Naturally

Linatural MBS-1 (Not so promising)

Propanediol (All Natural) / Ethylhexyl glycerin / Potassium Sorbate

Linatural MBS-2 (Nope)

Caprylic acid / Propanediol (All Natural) / Lauric acid / Potassium Sorbate

Linatural MBS-3 (Not impressed)

Caprylic acid / Propanediol (All Natural) / Lauric acid

Linatural MBS-4 (No thank you)

Propanediol (All Natural) / Ethylhexyl Glycerin / Benzoic acid

Linatural CO-NLP-1 (Could be promising)

Certified Organic Orange / Lemon Grass / Sunflower Oils / Natural Alcohol Denatured Naturally

Linatural MBS-1 (Not interested)

Propanediol (All Natural) / Ethylhexyl glycerin / Potassium Sorbate

Linatural MBS-PRO-1 (Not sure yet)

Glycereth-2 Cocoate (Naturally Derived)/Natural Benzyl Alcohol

Linatural NLP (Maybe)

Curry Leaf Oil / Cinnamon Leaf Oil / Natural Alcohol

Linatural NLP-O

Orange / Lemon Grass / Sesame Oils

So let’s explore some of these potential ingredients.

Propanediol

Depending on which form of propanediol, this is another name for propylene glycol which was mentioned earlier in this article. Some forms of propanediol have a slightly different chemical structure from propylene glycol. However in most cases of personal care products the names propanediol and propylene glycol can be used interchangably. For additional information on this ingredient refer back to the section on Germall Plus and propylene glycol.

Ethylhexyl glycerin

As mentioned earlier in the section under Optiphen, this also goes by the name Caprylyl Glycol. I’ve already mentioned previously that this ingredient is a common cause of contact dermatitis and skin irritation. For numerous studies on the adverse skin reactions this ingredient can cause, refer back to the section on Optiphen. I personally try to avoid this ingredient and will not use it in Nature’s Complement products.

Potassium Sorbate

This is completely safe and I wouldn’t worry about it. I don’t think it is a super effective preservative, but mildly effective, and very safe. But in combination with the propanediol and ethylhexyl glycrin, I don’t find Linatural MBS-1 to be safe.

Caprylic Acid

Caprylic acid is commonly used as an antimicrobial.59 Nothing bad found here.

Lauric Acid

Lauric acid is a component of triglycerides.60 Nothing bad found here either.

Glycereth-2 Cocoate

I’m actually quite frustrated with all these names for a mixture of ingredients, and I don’t like that companies can list an ingredient that sounds innocent, yet be a combination of toxic ingredients. I had to look up the INCI name for this one, and discovered thatGlycereth-2 cocoate is a combination of “Coconut Acid (q.v.) and a polyethylene glycol ether of Glycerin (q.v.) containing an average of 2 moles of ethylene oxide.”61polyethylene glycol (PEG) was covered in part I of this article, and the final conclusion was no thank you.

 I skipped over the actual natural ingredients including orange, lemongrass, etc., because they are natural, and my goal in this article is to cover the potentially toxic chemicals. I plan to cover some of the true natural preservatives and their method of action in part III of this series. Please note however, that just because something is natural, doesn’t mean it’s fully safe. For instance, while orange and lemon will change the pH of your final product, making it inhabitable for bacteria, the compounds themselves can be photo-sensitizing, which can cause phototoxicity if exposed to the sun.62In other words, these natural ingredients could lead to serious sunburns.

As far as Linatural is concerned as a preservative that is added to your products, I’m finding a few problems with it. My biggest problem with Linatural is that most of the ingredients I have seen, do not specify which Linatural ingredient was added. That means you could have anything from orange to propanediol. And even if you do find that your skin cream has the least bad of all the linatural options, you still might need to be careful if out in the sun, and you have to be wary of any products that might change which Linatural ingredient they decide to utilize in the final product at any given time.

My conclusion on Linatural? Depends on which one it is. I may consider it for some of my overnight creams, though at this point, I’m finding that sterile processing technique, along with refrigeration, seems to work just fine for preserving my products, rather than trying to memorize which fancy name is the safe one to use.

Though you gotta admit, the name itself can fool you. Linatural sounds like lovely natural linens to sleep in or something. Just goes to show you, don’t judge a book by it’s cover, or in this case, don’t just an preservative by its name.

Sodium laureth sulfate (SLES) & Sodium lauryl sulfate (SLS/SDS)

To clarify, these chemicals are not preservatives, but they need to be discussed, because they are so prevalent in our liquid soaps, (dish and dishwasher), shampoos, liquid hand soaps, and any other liquid soaps that a lathering effect is preferred.

We’ve grouped these two chemicals together as they are similar in a number of ways.Sodium laureth sulfate is actually a contraction of sodium lauryl ether sulfate, hence the acronym SLES. Sodium lauryl sulfate is also known asSodium dodecyl sulfate, so uses either SLS or SDS as acronyms. These both function as detergents, surfactants, and foaming agents, and are commonly used in soaps, shampoos, toothpastes, and are sometimes used in pharmaceuticals and household cleaning products.63,64

While some health care advisers have claimed that SLS/SDS is often contaminated with either dioxane or nitrosamines, (for example here),65 we could not find any actual scientific research evidence to support these claims. If anyone has actual research evidence to support these accusations, preferably studies that quantitatively show contamination, we would love to evaluate such research. Because if true, this is quite serious indeed. Both dioxane and nitrosamines are carcinogenic, and if found in SLS/SDS or SLES, it would necessitate a complete reassessment of the safety of these chemicals.

In the mean time, we did not find significant evidence in the PubMed research literature suggesting that SLES and SLS/SDS are carcinogenic or toxic, other than their affects and effects on skin and eyes. See:

“Final report of the amended safety assessment of sodium laureth sulfate and related salts of sulfated ethoxylated alcohols”66,67

The above summaries state:

“Acute animal skin irritation studies of 0.5%-10% Sodium Lauryl Sulfate caused slight to moderate irritation. Applications of 10%-30% detergent caused skin corrosion and severe irritation. […]

“In acute ocular tests, 10% Sodium Lauryl Sulfate caused corneal damage to the rabbits’ eyes if not irrigated, or if irrigation was delayed. A Draize test of a product containing 5.1% Sodium Lauryl Sulfate caused mild irritation.”

Since these chemicals are both detergents, they both show ample evidence that they cause substantial skin and eye irritation, particularly if they have contact for an extended period of time. See additional research below:

“Susceptibility of atopic dermatitis patients to irritant dermatitis caused by sodium lauryl sulphate.”68

“Abnormal skin irritancy in atopic dermatitis and in atopy without dermatitis.”69

“Skin susceptibility of atopic individuals.”70

“Allergic contact dermatitis from a dish-washing liquid containing lauryl ether sulphate.”71

“Shampoo dermatitis due to cocobetaine and sodium lauryl ether sulphate.”72

“Sodium lauryl sulfate and triclosan: in vitro cytotoxicity studies with gingival cells”73

One thing we find particularly concerning is that we found a number of research studies showing that these chemicals can damage skin in such a way as to make the skin more permeable to other chemicals.74,75,76,77

This is very concerning, because if you’re making your skin more permeable to other chemicals, then you are greatly increasing the risk that they will get into your bloodstream. By weakening you body’s natural defense barrier, also known as your skin, you are is making yourself vulnerable to other problems due to exposure to other chemical ingredients.

So using these ingredients in combination with other toxic ingredients could increase the risk of harmful effects – since SLES and SLS/SDS will likely increase the amount of those other chemicals that get through the skin barrier and into the bloodstream. If these are combined with other chemicals that are carcinogenic, they could greatly increase the risk of cancer.

Sodium laureth sulfate (SLES) & Sodium lauryl sulfate (SLS/SDS) clearly have overwhelming evidence that they cause skin irritation, damage, and dermatitis. Since the purpose and goal of Nature’s Complement products is to improve skin condition rather than make it worse, once again we see no benefit to our customers to use these ingredients in our products. This means that we have to give up the rich lathering effect of liquid soaps, but in doing so, we are trading health for lather, and at Nature’s Complement, health has always, and will always, come first.

https://www.naturescomplement.com/2016/08/27/personal-care-product-preservatives-and-the-truth-part-ii/

Credits for this piece of work go to Tober

[fadingsoulgarden]

Collagen peeling cream

Product name:Collagen peeling cream ColProduct description: Collagen Peeling Cream is intended for exfoliating all types of skin. Its creamy texture prevents skin irritation and dehydration. Small-grain natural exfoliating particles in a form of ground oyster shells not only gently exfoliate the epidermis but also improve micro-circulation and supply valuable elements such as calcium, magnesium, iron, potassium, and zinc. The product smoothes the skin and prepares it for absorbing other valuable substances. Besides exfoliating compounds, the product contains Collagen, Aloe Vera and Noni extract as well as Borage oil, Allantoin and D-panthenol that nourish, moisturise, soothes, and smooth the skin. After using Collagen Peeling Cream, the skin regains its natural tone and becomes fresh and radiant. Used regularly helps maintain healthy and clean skin. Effects: Gently cleanses and exfoliates dead epidermis Improves skin tone and lightens discolorations Nourishes, moisturises and firms the skin Leaves the skin smooth and rejuvenated Composition (INCI) Aqua, Caprylic/Capric Triglyceride, Isopropyl Myristate, Sucrose Stearate, Cetearyl Alcohol, Glycerin, Hydrogenated Polydecene, Polyethylene, PEG-60 Almond Glycerides, Ostrea Gigas, Glycol Stearate SE, Borago Oficinalis Seed Oil, Castroyl Maleate, Ceteareth-25, Collagen, D-panthenol, Aloes (Aloe barbadensis) Extract, Allantoin, Morinda Citrifolia Fruit Extract, Elastin, Caprylyl Glycol, Lactic Acid, Propylene Glycol, DMDM Hydantoin, Iodopropynyl Butylcarbamate, Phenoxyethanol, Methylparaben, Ethylparaben, Butylparaben, Propylparaben, Isobutylparaben, Parfum, Hexyl Cinnamal, Butylphenyl Methylpropional, Linalol, Limonene.

Choose a better Collagen peeling cream , please visit :http://www.boliseco.com/Formulas/Collagen-peeling-cream/