"The sweet Mexican Agave syrup comes from the blue-grey Agave Tequilana plant from Mexico. Production of light Agevesiroop Agave syrup is made from the juice in the core (piña) of the agave plant. This juice is heated and concentrated into a syrup. Depending on the degree of heating and concentration, this results in a light to dark amber syrup. Agave syrup Light applications Agave syrups are used as a sugar substitute, as a honey substitute (by vegans) and in various cereal bars as a binder. The light-colored agave syrup has a mild and almost neutral taste and is therefore often used in delicate-tasting dishes and drinks. Healthy properties of agave syrup Agave syrup is high in fructose, which has a low glycemic index. This means that it is processed slowly by your body. So consuming agave syrup does not cause your blood sugar to fluctuate so quickly. However, consuming too much fructose is not so healthy, so use in moderation."
Germany
"Origin and History Erythritol Sprinkling Sugar Erythritol is a natural sweetener found in some fruits (including watermelon, grape and pear) and mushrooms. Erythritol is the only natural polyol and is produced by fermentation of glucose with natural enzymes. Production Process, Harvest and Processing Erythritol After fermentation, the erythritol is dried, filtered and purified. After this process, it is white granules resembling sugar. Erythritol is suitable as a substitute for sugar. Healthy product properties and applications Erythritol is suitable as a substitute for sugar. Erythritol is quickly absorbed into the blood, with peak levels in less than two hours; most of an oral dose (80-90%) is excreted unchanged in the urine within 24 hours. Erythritol has no effect on blood sugar or insulin levels and can therefore be an effective sugar replacement for diabetics."
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"D-glucose Glucose is a naturally occurring chemical compound. This glucose powder is also called D-glucose. D-glucose is also called dextrose. D-glucose is a monosaccharide (simple sugar), a subcategory of carbohydrates. It is an important source of energy. Glucose is made by plants and most algae through photosynthesis (conversion of light into carbohydrates). Dextrose Equivalent (DE) The DE number of the glucose says something about the binding and sweetening power of the glucose and depends on the degree to which hydrolysis is applied. Starch is converted into Glucose by hydrolysis. On a scale of 0 - 100, 0 is pure starch and 100 is pure glucose. The lower the number, the higher the binding power of the product. The higher the number, the higher the sweetening power. Use Glucose powder DE 29 is dehydrated glucose syrup. It prevents recrystallization of sugar in candy. It also gives elasticity to a product and keeps sweet preparations such as…"
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Stevia is a natural sweetener and sugar with an enormous sweetening power.
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"D-glucose Glucose is a naturally occurring chemical compound. This glucose powder is also called D-glucose. D-glucose is also called dextrose. D-glucose is a monosaccharide (simple sugar), a subcategory of carbohydrates. It is an important source of energy. Glucose is made by plants and most algae through photosynthesis (conversion of light into carbohydrates). Dextrose Equivalent (DE) The DE number of the glucose says something about the binding and sweetening power of the glucose and depends on the degree to which hydrolysis is applied. Starch is converted into Glucose by hydrolysis. On a scale of 0 - 100, 0 is pure starch and 100 is pure glucose. The lower the number, the higher the binding power of the product. The higher the number, the higher the sweetening power. Use Glucose can be absorbed directly from the small intestine by the blood. When it circulates in blood, the glucose is absorbed into various tissues. This provides energy in yo…"
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