Rice Maltodextrin
Rice maltodextrin is a carbohydrate derived from hypoallergenic non-GMO rice starch, produced through a process called partial hydrolysis. Containing shorter chains of glucose molecules, resulting in a refined fine white powder. Low sweetness compared to sugar, nearly flavorless taste, high solubility, functions as binding, bulking, thickening, carrier, and stabilizing agent. Extends shelf life through moisture absorption, while being easily digestible and rapidly absorbed, providing a quick source of energy.
High levels of purity
Free from adulterants, fermented smell, dirt, and extraneous matter.


Viscosifying
Improves the viscosity and body of food products.


Thickening
Enhances the consistency of sauces, soups, and other liquid products.
High Glycemic Index
Rapidly absorbed by the body and serves as a quick source of energy.




Binder
Serves as a binding agent in various food preparations.
Easily Digestible
Quickly absorbed and utilized by the body.
Filler
Serves as a filler in a variety of food products.
Prevents
Inhibits crystallization and prevents grainy textures in frozen products.
Features
Applications
Food Additive
Enhances texture, increases shelf life, and improves overall food quality. Commonly used in snacks, baked items, dairy products, and beverages.
Thickening Agent and Stabilizer
Improves fabric feel and appearance, adds weight, and ensures a temporary finish.
Sweetener
Enhances the sweetness of food products, and is often used with other sweeteners in powdered drink mixes, desserts, and low-calorie foods.
Sports Nutrition
Pharmaceutical And Cosmetic Applications
Nutritional Supplements
Used in sports and energy drinks to provide quick energy for athletes and those engaged in intense physical activities.
Acts as a bulking agent in nutritional supplements and meal replacement products, provides additional calories and carbohydrates.
Used as a filler in capsules and tablets, and as a binding agent, emulsifier, and moisture retainer in cosmetics.
Packaging
25 KG Paper bags with inside polythene liner
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