Swelling, texture, caramel flavor, browning, stability, and other functions of sugar are all important in food and beverages. Product developers must consider and balance the flavor and health aspects of items in order to discover the optimal hypoglycemic solution. The physical and physiological features of different sugar replacements dictate their utilization in different product sectors for raw material manufacturers. Nowadays, terms like 0 sucrose, 0 calories, and 0 calories have penetrated customers' health consciousness, resulting in a major homogenization of low-sugar products. It is critical to understand how to preserve long-term market competitiveness and product vitality. Supplies of raw materials On the formula side, differentiated competition is a solid starting point. Are steviol glycosides safe? This article will give users an in-depth look at the steviol glycosides product.
The glycoside chemicals generated from the Stevia leaf plant are known as steviol glycosides. It has high sweetness and low-calorie content; its sweetness is 200-300 times that of sucrose, and its calorie content is just 1/300 that of sucrose. Steviol glycosides come in a variety of forms, including Stevioside and Rebaudioside.
Stevia, on the other hand, has a little bitter aftertaste, thus it's usually used with other sugar alternatives. Alternatively, isolate RebaudiosideA (RA95, RA80, RA50), which has a sweeter and less bitter flavor and can be used to replace 15 to 25% of the sugar in beverages. Rebaudioside also has RebB, RebC, RebD, RebE, and RebM in addition to RebA. Reb M and Reb D have a very low content of Reb M and Reb D in the leaves, but they have better sweetness, no bitterness, and a taste that is quite close to sucrose.
Steviol glycosides are also extremely thermally stable, withstanding temperatures of up to 200°C during the roasting process. Steviol glycosides are not fermented or browned during the baking process, allowing the product's flavor to be preserved, heat to be reduced, shelf life to be extended, and the baking application area to be expanded. However, it must be combined with other sugar replacements, such as erythritol and Luo Han Guo, due to issues such as cost and flavor.
Regulations and applications of steviol glycosides that are relevant
Steviol glycosides are mostly used in China's baking industry, specifically in cakes, biscuits, and chocolate products. The National Health Commission of China approved glucosyl steviol glycoside as a food additive in 2016. It can be used to create culinary flavors for a variety of foods, and the dosage should be adjusted according to manufacturing needs. The raw material is glucosyl steviol glycosides obtained by enzymatically glucosylation steviol glycosides extracted from stevia leaves, then evaporating, concentrating, and spray-drying.
