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Cosmetic Ingredient

Emollient

Di-n-octyl maleate

(2915-53-9)
dioctyl maleate is a film former and emollient derived from maleic acid.

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Timnodonic acid

(10417-94-4)
Important polyunsaturated fatty acid of the marine food chain that serves as a precursor for the prostaglandin-3 and thromboxane-3 families. It differs from arachidonic acid (the eicosatetraenoic acid that is a precursor for the prostaglandin and thromboxane-2 families) by the extra double bond between the third and fourth carbons from the “methyl end” of the molecule. Antilipemic.

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Methyl palmitate

(112-39-0)
Methyl Palmitate is a fatty acid ester essential oil that naturally occurs in many plant species. Methyl Palmitate concentration in cells are known to be modulated by methanol. In experimental studies with isolated Kupffer cells, Methyl palmitate exhibited inhibitory activity towards phagocytosis and decreases cell viability.

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Peptones

(73049-73-7)
Used as a biochemical reagent

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Safflower oil

(8001-23-8)
Pharmaceutic aid (vehicle, oleaginous). safflower oil (Carthamus tinctorius) is a carrier oil also considered hydrating to the skin. It consists primarily of linoleic acid triglycerides. Safflower oil is a non-comedogenic raw material obtained from the plant’s seeds. Safflower Oil is an unsaturated oil obtained from the safflower seed of the plant carthamus tinctorius. it consists mainly of linoleic and oleic fatty acids. it is used principally as a drying oil in the usa.

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Ethyl dodecanoate

(106-33-2)
Solvent. It is also used as an intermediate for flavors, fragrances, spandex additives and pharmaceutical raw materials.

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Dibutyl adipate

(105-99-7)
Used as an organic synthesis intermediate, generally used as a solvent. It can also be used as a plasticizer for vinyl and cellulose resins.

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Emollients refer to substances that enhance the softness and smoothness of skin. According to their origins, emollients can be classified into natural ingredients and synthetic compounds. Based on their chemical composition, emollients are categorized as fatty acid-derived, silicone-based, or ester-type emollients. According to their intended effects, emollients can be classified as those that provide a silky texture, those that offer long-lasting moisturization, or those that improve the spreadability of cosmetic products. "Emollient" on ECHEMl mainly supplies raw materials for emollient in cosmetic.

Source Emollient Raw Materials by Region

Frequently Asked Questions

What is an emollient and how does it work?

An emollient is a moisturizing agent used in skincare to soften and smooth the skin by filling in gaps between skin flakes and reinforcing the skin’s natural barrier. Emollients typically contain oils, lipids, or waxes that help retain moisture, reduce dryness, and improve skin texture. They are commonly found in lotions, creams, and ointments for conditions like eczema, psoriasis, and general dry skin.

What are the common types of emollients used in cosmetics?

Common types of emollients in cosmetics include natural oils (like jojoba oil, shea butter, and coconut oil), synthetic esters (such as cetyl palmitate and isopropyl myristate), and silicones (like dimethicone). Each type offers different sensory properties and levels of occlusivity, making them suitable for various skin types and product formulations—from lightweight serums to rich body butters.

How do I choose the right emollient for sensitive skin?

When selecting an emollient for sensitive skin, look for fragrance-free, hypoallergenic formulas with minimal ingredients to reduce irritation risk. Ingredients like ceramides, squalane, and glycerin are gentle yet effective. Avoid emollients containing alcohol, strong fragrances, or known allergens. Patch testing new products is also recommended to ensure compatibility with your skin.

Can emollients be used daily, and are there any side effects?

Yes, emollients can and should be used daily—especially for individuals with chronic dry skin conditions—to maintain skin hydration and barrier function. Side effects are rare but may include mild irritation or acne breakouts if comedogenic ingredients are used on acne-prone skin. Choosing non-comedogenic, dermatologist-tested emollients minimizes such risks.

What’s the difference between an emollient, a humectant, and an occlusive?

Emollients smooth and soften skin by filling spaces between skin cells. Humectants (like hyaluronic acid or glycerin) attract water from the environment or deeper skin layers to hydrate the surface. Occlusives (such as petrolatum or beeswax) form a protective barrier to prevent moisture loss. Many effective moisturizers combine all three types to deliver comprehensive hydration and protection.

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