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Home > Cosmetic Ingredient > Exfoliating (Find 4 items)

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Exfoliating

Check all the chemical products you need for exfoliating ingredient with CAS NO., property information, SDS. Shop exfoliating ingredient raw chemical materials from certified suppliers with detailed products information.

Clover, Trifoliumpratense, ext.

(85085-25-2)
clover extract (Trifolium sp.) is used as an antispasmodic. A short-lived perennial plant, clover produces abundant blossoms that are used in herbal oils and extracts. extract obtained from cloverleaf and clover root is considered antioxidant and able to improve the skin’s general condition. clover blossom extract is credited with astringent properties and an ability to mask odor.

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Clove, ext.

(84961-50-2)
Clove bud extract is obtained by solvent extraction of clove buds. The odor of the clove bud extract is oily-sweet, intensely rich and spicy, slightly sour-fruity and refreshing. The odor is very closely reminiscent of dry clove buds. Clove bud oleoresin is a commercial name for various extracts of clove buds. The direct extraction product from the buds with boiling ethyl alcohol is quite common. Its odor is often perceptibly affected by the presence of small amounts of solvent (ethyl alcohol).

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Currant, Ribesnigrum, ext.

(68606-81-5)
black currant seed oil may be an effective ingredient for enhancing the skin’s ability to develop normal barrier functions and the protective effect of the corneum layer. Black currant seed oil contains fatty, linoleic, and linolenic acids. When applied to dry skin, it may increase the skin’s own content of these previously lacking components.

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Camellia japonica, ext.

(223748-13-8)

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Exfoliating ingredients help remove the accumulation of dead skin cells on the outer layer (epidermis) of the skin, resulting in smoother skin. According to the exfoliation method, exfoliating products can be classified into physical and chemical exfoliants. Physical exfoliants utilize particles or tools, while chemical exfoliants rely on acid or enzyme components. Based on the intensity of the products, they can be categorized as gentle and potent exfoliants. Further classification can be made according to the frictional agents in exfoliating products: 1) natural materials such as sugar grains, salt grains; 2) plastic particles; 3) thickening agents. "Exfoliating" on ECHEMI primarily provides raw materials for exfoliation.

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The stratum corneum is the outermost layer of the epidermis, composed of dead keratinocytes, approximately 10-15 layers thick, with each layer about 0.02mm in thickness. Normally, as keratinocytes differentiate and migrate upward, the outermost layer of corneocytes gradually sheds.

However, factors like aging, external stressors, and UV exposure can slow down skin turnover, leading to abnormal shedding or renewal of the stratum corneum. This can result in dull, rough, lackluster skin and hinder the absorption of subsequent skincare products. Acid-containing cosmetics effectively exfoliate by dissolving the protein connections between corneocytes, making shedding easier. This process can improve pore blockages and metabolize some melanin in the stratum corneum, leaving the skin looking brighter and smoother.

Chemical exfoliation primarily utilizes acids and cationic surfactants, including:

Alpha-hydroxy acids (often found in fruits like lemons and apples, commonly known as fruit acids)

Beta-hydroxy acids (salicylic acid)

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