Glucosyl Stevioside/ Enzyme Modified Stevia
Glucosylstevioside is also known as Enzyme modified stevia. Low purity steviol glycoside has adistinctive licorice or bitter aftertaste. We seek to improve this via the enzymemodification process. The resulting glucosyl stevioside is 100 timessweeter than sugar and possesses a pleasant aftertaste. It is very popular in Korea and Japan, often used as an ingredientfor Soju, soy sauce, health drinks, as well as apickle and flavoring agent. This productcan be conveniently repacked into 50g,100g, or 200g bags for household use as a tabletopsweetener.
Enzyme modification process Raw materials:Steviol glycoside 80%~90%, Maltodextrin, Active enzyme, Active carbon | |
Stevia powder dissolving ↓ Heating Maltodextrin dissolving and Heating ↓ Active enzyme input Heating and reaction ↓ Active carbon input Heating and reaction ↓ Cooling Press and film filteration ↓ Spray drying Glucosylstevioside |
:()
Molecular Structure
Molecular Formula:C44H70O23
MolecularWeight:967.01
BRENDA Name:glycosyl steviaside
Specificationsheet
Product name | Glucosylstevioside(enzyme modified stevia) |
Product Code | GS80 |
Physical and Organoleptic Standards
Appearance | White powder | PH | 5 ~ 7 |
Sweet: | 100 times | Melting point | 196 ℃ ~ 198℃ |
Smell | Characteristic | Mesh | 80~ 100 |
Specific Optical Rotation | -30° ~ -38° | Non-reactant steviol Glycoside | ≤15% |
Specification
Purity | Steviol glycoside ≥ 80% | |
Ash | < 1% | |
Moisture | < 6.0% | |
Heavy Metals | < 10 ppm | |
Lead | < 1.0 ppm | |
Cadmium | < 1.0 ppm | |
Arsenic | < 1.0 ppm | |
Mercury | < 1.0 ppm | |
Microbiology
Total Plate Count | < 1000 cfu/g |
Total yeast & molds count | < 50 cfu/g |
E. Coli | Negative |
Salmonella | Negative |
Storage Condition and Applications
Keep in a dry place away from hot temperature and strong light10kg x 2bags/carton |
Applications: utilized in food and beverage industries as a natural sweetener |