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CAS 64044-51-5 Food Grade Lactose Monohydrate powder
Product Overview:
Lactose Monohydrate powder, Chinese alias D(+) -lactose monohydrate; CAS number 64044-51-5, molecular formula C12H22O11, is a chemical intermediate. Galactooligosaccharides with 2~8 degrees of polymerization can be synthesized by hydrolysis and transglycosylation of Lactose Monohydrate as the reaction substrate. Studies have shown that Lactose Monohydrate can protect intestinal health, participate in immune regulation, inhibit the formation of tumor cells, improve mineral absorption, and improve cardiovascular diseases.
CAS 64044-51-5 Food Grade Lactose Monohydrate powder Attributes
Product name:Lactose Monohydrate powder
CAS:64044-51-5
MF:C12H24O12
MW:360.31
EINECS:613-418-9
Specification:99% min Lactose Monohydrate powder
Sample:Lactose Monohydrate powder Avaliable
Keywords:Lactose Monohydrate powder
Appearance:white powder
Storage: Cool Dry Place
Brand:Global ASAP Nutrition Factory
Shelf Life: 2 Years
Test Method: HPLC
CAS 64044-51-5 Food Grade Lactose Monohydrate powder Details
Product Name | best price 80 mesh lactose monohydrate CAS 63-42-3 food grade lactose monohydrate |
Appearance | white Powder |
Specification | 7,000u/g-50,000U/g |
Main Functions | Provide energy and healthcare Support |
OEM | Customized logo is welcome, Packing as your requirement. offering private label |
Keywords | lactose monohydrate;lactose monohydrate powder;63-42-3 lactose monohydrate |
Storage | Keep in a cool, dry, dark location in a tightly sealed container or cylinder. |
Shelf Life | 24 Months |
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Uses and synthesis of Lactose Monohydrate powder
Lactose Monohydrate powder, Chinese alias D(+) -lactose monohydrate; CAS number 64044-51-5, molecular formula C12H22O11, is a chemical intermediate. Galactooligosaccharides with 2~8 degrees of polymerization can be synthesized by hydrolysis and transglycosylation of Lactose Monohydrate as the reaction substrate. Studies have shown that Lactose Monohydrate can protect intestinal health, participate in immune regulation, inhibit the formation of tumor cells, improve mineral absorption, and improve cardiovascular diseases.
Functions of Lactose Monohydrate powder
1. Pharmaceutical excipients
Efficacy: As a filler, diluent and stabilizer, it is used in tablets, capsules and powdered drugs.
Application: Improve the flowability and tableting performance of drugs and ensure accurate dosage.
2. Food additives
Efficacy: As a sweetener, filler and texture improver, it provides mild sweetness and good taste.
Application: Used in infant formula, baked goods, candy and dairy products.
3. Energy source
Efficacy: Provides slow-release energy, suitable for people who need continuous energy supplementation.
Application: Used in sports nutrition and energy supplements.
4. Promote calcium absorption
Efficacy: Lactose helps enhance calcium absorption and support bone health.
Application: Used in calcium supplements and fortified foods.
5. Fermentation industry
Efficacy: As a carbon source for microbial fermentation, it promotes the fermentation process.
Application: Used in the production of yogurt, cheese and other fermented dairy products.
6. Moisturizing and stabilization
Efficacy: Low hygroscopicity, helping to maintain the stability of food and drugs.
Application: Used in drying food and pharmaceutical preparations.
Application of Lactose Monohydrate powder
Pharmaceutical field:
Filler/diluent: increase tablet volume, improve powder flowability, control dosage, and reduce costs.
Binder: enhance powder adhesion, facilitate granulation and tableting.
Carrier: used for inhalation preparations and lyophilized preparations to improve drug delivery and stability.
Coating excipients: improve tablet appearance and taste, mask taste, and control drug release.
Food industry:
Carbohydrate source: provide energy, especially suitable for infant formula.
Texture improver/filler: improve the texture of baked goods, candies and other products.
Flavor carrier/enhancer: highlight other flavors, balance taste, and enhance milk flavor.
Maillard reaction substrate: promote coloring and flavor formation of baked goods.
Other industrial fields: (potential application, to be further developed)
Biological fermentation substrate: produce biological products such as lactic acid and ethanol.
Chemical synthesis intermediate: synthesize lactose derivatives.


