organic Raw Materials Ascorbyl glucoside powder

MF:C12H18O11

MW:338.26

EINECS:425-980-0

Specification:99% min Ascorbyl glucoside powder

Sample:Ascorbyl glucoside powder

Keywords:Ascorbyl glucoside

Appearance: white powder

Storage: Cool Dry Place

Brand: Global ASAP Nutrition Factory

Shelf Life: 2 Years

Test Method: HPLC

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Uses and synthesis of Ascorbyl glucoside powder

Ascorbyl glucoside powder, also known as VC glucoside, is a derivative of VC, with a relative molecular mass of 338.27 and a melting point of 158.5-159.5°C. Ascorbyl glucoside CAS 129499-78-1 can be used instead of VC as an acidulant, reductant, antioxidant, bleaching agent, and stabilizer. Ascorbyl glucoside Raw Materials is widely used in cosmetics, food and pharmaceuticals.

Functions of Ascorbyl glucoside powder

Ascorbyl glucoside has antioxidant and whitening effects. It overcomes the shortcomings of vitamin C's easy discoloration and instability, and effectively resists high temperature and acidic and alkaline environments. Under the action of biological enzymes, the derivative can release vitamin C, effectively inhibit melanin production, reduce pigmentation, brighten skin tone and anti-aging. It also acts on the skin to slowly release vitamin C, which can effectively exert its ability to inhibit melanin and lighten skin tone. Ascorbyl glucoside also has the effects of brightening the skin, delaying skin aging, and protecting the skin in sunscreen products. After being hydrolyzed into ascorbic acid by enzymes, it may have anti-cancer effects.

Physicochemical Property of Ascorbyl glucoside powder

Ascorbyl glucoside CAS 129499-78-1 is a derivative of VC, with a relative molecular mass of 338.27, and a melting point of 158.5-159.5℃. Because VC has the disadvantages of poor stability, easy to be oxidised and so on.

Production methodprocess of Ascorbyl glucoside powder

• Step 1: Ascorbyl glucoside reaction solution was separated by nanofiltration to remove the residual VC in the reaction solution, and the nanofiltration concentrate was obtained;
• Step 2: the nanofiltration concentrate is separated by a continuous fluid separation device to remove glucose from the VC glucoside reaction solution;
• Step 3: the VC glucoside solution from the continuous fluid separation device is first adjusted to pH by a cation resin, and then concentrated by a nanofiltration membrane, removing inorganic salts in the reaction solution, and obtaining the VC glucoside concentrate;
• Step 4: The VC glucoside concentrate is concentrated by reduced pressure distillation to further increase the concentration of VC glucoside, and then crystallised to obtain Ascorbyl glucoside Raw Materials .