Excipients

GLUCIDEX® 17 is a maltodextrin used across agrochemical, food and pharmaceutical applications. As a versatile ingredient, it functions as a carrier, stabilizer, binder, encapsulant and carbohydrate source. In agrochemicals, it aids as an adjuvant and formulation ingredient. For food applications, it acts as a filler, texture enhancer and bulking aid. In pharmaceuticals, it serves as an excipient for drug delivery, offering encapsulation, binding and stabilization properties. The product is available as a spray-dried powder suitable for use in tablets and powder blends.

GLUCIDEX® 21 is a dehydrated, hydrolyzed starch syrup identified chemically as dried glucose syrup. It serves multiple functions, including use as a carrier, stabilizer, encapsulant and nutritive sweetener. This product is odor-free and spray-dried, catering to a broad range of applications in agriculture, pharmaceuticals, food and industrial sectors. Key applications include pest control in agriculture, chemical manufacturing, pulp processing, textile treatments and pharmaceutical formulation. It supports processes like encapsulation, filtration and stabilization.

GLUCIDEX® PREMIUM IT 12 is a powder maltodextrin for dry mix infant formula and other infant formula applications. A white powder with neutral flavor, it is a blend of nutritive saccharides, produced by controlled enzymatic hydrolysis, purification and spray-drying of food maize starch.

GLUCIDEX® 9 potato maltodextrin is a plant-based carbohydrate that can be used as a bulking agent and flavors drying carrier for a wide variety of food and beverage applications. Benefits Non-GMO Low in sugars EFISC, Halal and Kosher certified

GLUCIDEX® IT 29 dried glucose syrup is a high-quality carbohydrate used as a bulking agent and drying carrier in soups, seasonings, flavors, powdered beverages and other applications. Features Produced from non-GMO corn starch Moderate sweet taste Easy to handle Easily dispersible Free-flowing properties that provide better solubilization and reduced dust formation