| FructiLight® | Lalilab, Inc. | FructiLight® is a purified and concentrated sugars syrup extracted from fruits with a high level of fructose, which combines a very low glycemic index (GI=11.9) with a high sweetness intensity. | |
| FructiSweet® 50 | Lalilab, Inc. | FructiSweet® 50 is part of a line of purified and concentrated sugars syrups extracted from fruits. In this line, FructiSweet® 50 is a reference of which fructose-glucose ratio is both similar to grape juice and rectified grape juice concentrate (RMC). | |
| FructiSweet® 60 | Lalilab, Inc. | FructiSweet® 60 is part of a line of purified and concentrated sugars syrups extracted from fruits. In this line, FructiSweet® 60 is a reference with a fructose content of 60%. | |
| FructiSweet® 75 | Lalilab, Inc. | FructiSweet® 75 is part of a line of purified and concentrated sugars syrups extracted from fruits. In this line, FructiSweet® 75 is a reference with a fructose content of 75%. | |
| FructiSweet Original® Apple | Lalilab, Inc. | FructiSweet Original® Apple is part of a line of purified and concentrated sugars syrups extracted from fruits respecting the native glucidic composition of the relevant fruit. In this line, FructiSweet Original® Apple is a reference made from apples. | |
| FructiSweet Original® Date | Lalilab, Inc. | FructiSweet Original® Date is part of a line of purified and concentrated sugars syrups extracted from fruits respecting the native glucidic composition of the relevant fruit. In this line, FructiSweet Original® Date is a reference made from dates. | |
| Sun Cellobio® | Nippon Paper Industries Co., Ltd. | Sun Cellobio® is made from cellobiose. Cellobiose is a disaccharide derived from the condensation of two glucose molecules linked with a beta-1,4 bond. It is produced by the degradation of cellulose and is commonly found in nature. The cellobiose found in...展開 Sun Cellobio® is made from cellobiose. Cellobiose is a disaccharide derived from the condensation of two glucose molecules linked with a beta-1,4 bond. It is produced by the degradation of cellulose and is commonly found in nature. The cellobiose found in natural foods such as honey, pine needles, and maize stems has a faint sweetness, but it does not break down easily in the body, making it difficult to digest. This product is used as a low calorie sweetener with 30% of the sweetness of sucrose. It can be used in a wide variety of foodstuffs and functional foods. 收起 |
