| CornSweet® Crystalline Fructose | ADM (Archer Daniels Midland) | CornSweet® Crystalline Fructose is a dry product, easy to handle and store. CornSweet® Crystalline Fructose provides intense sweetness for just the right flavor in a variety of applications, including beverages, baked goods, frozen foods, cereal, dairy pr...view more CornSweet® Crystalline Fructose is a dry product, easy to handle and store. CornSweet® Crystalline Fructose provides intense sweetness for just the right flavor in a variety of applications, including beverages, baked goods, frozen foods, cereal, dairy products, reduced-calorie foods, canned fruits, toppings and sauces, jams and jellies, caramels and gum and post-mix, still drink concentrates. It also provides the added health benefit of a low Glycemic Index, particularly compared to other products. view less | |
| Fat Encapsulated Fructose EncapsuLux LTFRU 610-8 | Arthur Branwell & Co. Ltd. | Fat Encapsulated Fructose EncapsuLux LTFRU 610-8 is a functional food ingredient. It is used in frozen products, ices, desserts, ready meals, meat products, baked goods, confectionery, batters and coatings, seasonings and marinades, soups and sauces, cann...view more Fat Encapsulated Fructose EncapsuLux LTFRU 610-8 is a functional food ingredient. It is used in frozen products, ices, desserts, ready meals, meat products, baked goods, confectionery, batters and coatings, seasonings and marinades, soups and sauces, canned products, health foods, vegetarian foods, and dairy products. view less | |
| Oliggo-Fiber™ Inulin | Cargill Food Ingredients | Oliggo-Fiber™ Inulin is an inulin-type fructan derived from chicory and composed of linear chains of fructose units connected by s(2-1) bonds, ending or not ending in a glucose unit. The linkages between the fructose units are not susceptible to hydrolysi...view more Oliggo-Fiber™ Inulin is an inulin-type fructan derived from chicory and composed of linear chains of fructose units connected by s(2-1) bonds, ending or not ending in a glucose unit. The linkages between the fructose units are not susceptible to hydrolysis by human digestive enzymes. It provides a unique opportunity to increase fiber consumption by its versatile application into a range of good-tasting, high quality and high-fiber foods and beverages. view less |
