Water is a great solvent. It’s neutral and doesn’t provide any strong positive or negative effects. It just helps components to mix better and to transport active components.
Glycerin is one of the most outstanding and helpful skincare components. It's used in many skincare products because it works and provides notable results. It's one of the best moisturizers. Molecules of Glycerin can absorb water and deliver it into deep layers of the skin making it hydrated.
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Vitis Vinifera (Grape) Seed OilAntioxidant
Roles: Skin conditioning, Emollient
Elasticity improvement
Nutrifying
Good for oily skin
Vitis Vinifera (Grape) Seed Oil is a very strong antioxidant and it's a very valuable skincare component. It's great for treating acne. It helps to deliver vitamins into the deep layers of your skin. It improves elasticity and helps to treat wrinkles.
Cetearyl Alcohol is used mostly for formulation purposes. It’s a very good emulsifier and emulsion stabilizer. It helps the ingredients mix better and it makes the product spread on your skin evenly. It also makes the product thicker. It doesn’t belong to harmful alcohols and it will not dry your skin.
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Acacia Victoriae Seed Extract (Wattleseed)
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Butyrospermum Parkii (Shea) Butter
Roles: Skin conditioning, Viscosity controlling
UV Protection
Moisturizing
Anti-aging
Malassezia unsafe
Shea Butter is a great natural moisturizer everybody knows about. And it’s popular for a reason. It contains 5 essential fatty acids (palmitic, stearic, oleic, linoleic, and arachidonic), vitamins (A, D, E, F), and catechins, which are antioxidants. It moisturizes the skin and protects it from UV, cold, and other negative factors. It can be used on its own and will not harm your skin even in very high concentrations.
Triethanolamine is a pH adjuster. It is a toxic component that can be absorbed by the skin and detected in blood later. It can be a dermal irritant. Though it's considered safe, you should think before using it in skincare. There are many products on the market without Triethanolamine.
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Acrylates/C10-30 Alkyl Acrylate Crosspolymer
Roles: Emulsion stabilizer, Film former, Viscosity controlling
AcrylatesC10-30 Alkyl Acrylate Crosspolymer is a synthetic non-toxic gel used mostly for formulation purposes. It helps manufacturers to achieve the necessary texture of the product (it makes the product thicker). It also has sight healing and antistatic activity.
Xanthan Gum is used as a thickener or rheology modifier and emulsion stabilizer. It doesn’t provide any notable skin-related effects and is used mostly for formulation purposes. It makes the product’s texture smooth and even. It’s a naturally-derived thickener. Notable fact: it can also be found in the food you eat every day, so it is 100% safe.
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Fragrance
Roles: Deodorant, Fragrance, Masking
Fragrances
Fragrance is a mix of chemical ingredients (usually 20-30 chemicals but up to 200 sometimes) that help the product to smell better. It can hide many bad things. Synthetic fragrances may contain many different chemicals, but manufacturers don’t want to reveal each of them for some reason and hide them behind the word "Fragrance".
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Perfluorodimethylcyclohexane
Roles: Solvent
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Ethyl Acetate
Roles: Fragrance, Solvent
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Dehydroacetic Acid
Roles: Preservative
Antiseptic
Dehydroacetic Acid is a nice preservative. It has potent antifungal and antibacterial properties. It’s not toxic and it doesn’t irritate the skin. Used to increase the shelf life of a product.
Benzyl Alcohol doesn’t belong to harmful alcohols and it will not dry your skin. It’s a stabilizing agent that prevents ingredients oxidization. Having this component in formulation the product will keep efficiency for a longer time. Benzyl Alcohol has a slight almond odor and is used as a fragrance ingredient very often.
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Iron Oxides
Roles: Colorant
Moisturizing
Iron Oxides are colorants. They give different colors to the product: yellow, red, or black. Different scientific researches show that they are much safer than other organic colorants. That's because they are much more stable and they don’t provoke allergic reactions. Though they can be received from minerals organically, manufacturers don’t use natural Iron Oxides. They chemically synthesize them in a laboratory to get a pure component without extra chemicals.
