Batyl Alcohol, also known by its chemical name 1,2-Propanediol, 3-(octadecyloxy)-, is a versatile ingredient commonly found in cosmetic products. This compound is derived from natural sources such as fish oils and certain marine organisms, although it can also be synthesized in a laboratory setting. Its chemical structure includes a long alkyl chain, which contributes to its emollient properties, making it an excellent ingredient for skin conditioning and emulsion stabilizing.
The history of Batyl Alcohol in cosmetics dates back several decades. Initially, it was studied for its potential in medical applications due to its anti-inflammatory and immune-boosting properties. Over time, researchers discovered that its unique chemical composition made it highly effective in skincare formulations. This led to its adoption by the cosmetic industry, where it has since become a staple ingredient in various products ranging from moisturizers to anti-aging creams.
The production of Batyl Alcohol typically involves the extraction of lipids from natural sources, followed by a series of chemical reactions to isolate and purify the desired compound. In synthetic processes, chemical precursors are manipulated under controlled conditions to produce Batyl Alcohol with high purity and consistency. This dual approach to sourcing ensures a steady supply for the cosmetic industry, allowing manufacturers to harness its beneficial properties in their formulations.
You will most often see Batyl Alcohol in moisturizers, nourishing face masks, anti-aging creams, body lotions and targeted treatments aimed at repairing dry or compromised skin. Its stability and gentle profile also make it a popular choice in sensitive-skin formulas.
Batyl alcohol has surfactant-like properties, can stabilize the emulsion, also suitable for the configuration of liquid crystal cream. It can be used as a multi-purpose composite raw material composed of refined soybean phospholipid. The composite raw material has excellent skin affinity and anti-inflammatory properties, and has moisturizing, conditioning and nutritional effects on the skin.
Batyl Alcohol functions as an emulsion stabiliser, skin conditioner and emollient. Its ether-linked fatty chain helps keep water and oil phases blended, reinforces the skin’s lipid barrier for lasting softness and lends a smooth glide that improves overall product feel. Though it is not as famous as glycerin or squalane, formulators appreciate its gentle nature and the cushioned texture it gives to creams, serums and masks.
Batyl Alcohol suits most skin types, especially dry, mature and sensitive skin because it helps lock in moisture and calm rough patches. Normal and combination skin can also benefit from its silky feel. Very oily or acne-prone skin should try it with care since rich fatty alcohols can sometimes feel heavy or contribute to congestion if a formula is poorly balanced.
Key Technical Parameters:
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Appearance
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Pale yellow to white solid
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Odor
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Slight characteristic odor
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Purity
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98.0% min.
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Acid Value
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1.0 max.
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Hydroxyl Value
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325.0~345.0
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Melting Point
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60.0℃~70.0℃
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Residue on Ignition
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0.1% max.
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Heavy Metals
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20 ppm max.
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Arsenic
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2 ppm max.
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* Anti-aging effect
* Emulsion stabiliser
* Skin conditioner and emollient
* Moisturizing effect
Emulsion stabilising – Helps oil and water components stay evenly mixed so the cream or lotion keeps a smooth consistent texture throughout its shelf life.
Skin conditioning – Softens and smooths the skin surface by reinforcing the lipid layer which can reduce dryness and flaking.
Emollient – Adds immediate silky glide to a product creating a pleasant sensory feel while filling in microscopic gaps in the skin’s surface to enhance suppleness.
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