Basic Info.
Application
Cosmetics, Food, Health Care Products
Product Description
Description
Details
Product name
| Ascorbyl Glucoside
|
Molecular Formula
| C12H18O11
|
Molecular Weight
| 338.26
|
CAS No.
| 129499-78-1
|
Assay
| ≥98% (HPLC)
|
Appearance
| white to off-white Powder
|
Product Introduction
This Ascorbyl Glucoside AA2G Powder, also known as ascorbic acid 2-glucoside, is a powerful vitamin C derivative, which is synthesized from glucose and L-ascorbic acid. It is one of the whitening agents approved by the Ministry of Health, which is very effective for brightening the skin. It can stimulate the skin and promote the synthesis of collagen. At the same time, it is also the most commonly used whitening ingredient in cosmetics, which can cooperate with other ingredients to prevent or treat skin aging. In addition, this material also can be immediately mixed with water, with strong chemical stability and no irritation to the skin.
Features
This Ascorbyl Glucoside AA2G Powder is a natural vitamin C stabilized with glucose, which can be conveniently and effectively used in cosmetics. The purpose is to reduce the overall tone and pigmentation of the skin, so that people's skin becomes brighter, white and younger. At the same time, it is not only used for whitening, but also for brightening dull skin, reversing the effects of aging, and used in sunscreen products to block the effects of harsh ultraviolet rays. In addition, the substance has high stability, can maintain its activity continuously during long use, and effectively provide the benefits of vitamin C.
Difference between Ordinary L-Ascorbic Acid and Stabilized Vitamin C (AA-2G)
AA2G is stable even in water. Or the heat does not exceed 40 degrees, making it easy to mix.
AA2G ™ has the same bioavailability as L-Ascorbic Acid, unlike other Vitamin C derivatives. Such as Sodium Ascorbyl Phosphate (SAP) / Magnesium Ascorbyl Phosphate (MAP). Which cannot be easily absorbed into the skin
Figure 1: Comparison of the stability of AA-2G and Vitamin C (L-Ascorbic Acid) in water. Found that AA-2G is more stable than L-Ascorbic Acid.
Figure 2: Comparison of uptake into fibroblast in the subcutaneous layer. AA2G ™ can be absorbed into the skin for a longer time. Even at lower levels of Vitamin C L-Ascorbic Acid in the first
Figure 3: Comparison of skin applications where the degradation of the skin AA2G ™ and is easily applied, even compared to L-Ascorbic Acid, which can be used immediately without further degradation.
Figure 4: Comparison of whitening efficacy AA2G ™ shows that Can help fade the skin color.
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