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Specifications
| Grade | Food grade |
| Sensory | Light yellow to brown liquid with slight fermentation smell, no off-flavor |
| Activity (Fungal amylase) | 20,000 U/ml min |
| Density | 1.25 g/ml max |
| pH | 4–7 |
| Pb | 5 mg/kg max |
| As | 3 mg/kg max |
| Total Plate Count | 50,000 CFU/g max |
| Coliform | 30 CFU/g max |
| E. coli | 10 CFU/g max |
| Salmonella | Not detectable |
Applications
Alpha-Amylase (CAS 9001-19-8) is a widely used enzyme in industrial, food, and biotechnology applications due to its ability to catalyze the hydrolysis of α-1,4-glycosidic bonds in starch, producing dextrins, maltose, and glucose. In the food and beverage industry, it is commonly used in baking to improve dough handling, increase bread volume, and enhance crust and crumb texture. It is also applied in brewing and distilling processes to break down starches in grains, improving fermentable sugar yield and process efficiency. In the production of sweeteners, such as high-fructose corn syrup, alpha-amylase facilitates starch liquefaction as a crucial first step. Additionally, it finds use in detergents, where its starch-degrading activity helps remove starchy stains from fabrics, and in textile and paper industries for desizing and starch modification. Alpha-amylase is also employed in research and clinical diagnostics for studying carbohydrate metabolism or measuring enzyme activity.
Benefits
The benefits of alpha-amylase stem from its high specificity, efficiency, and versatility under a range of conditions. Its enzymatic activity allows selective and controlled starch hydrolysis, reducing the need for harsh chemical treatments and improving overall process sustainability. It enhances productivity in food and beverage processing by increasing sugar yield, improving product texture, and reducing processing time. In industrial applications, alpha-amylase contributes to energy savings and lower chemical consumption due to its catalytic efficiency. Its compatibility with various pH levels and temperatures, along with stability in liquid or powdered formulations, makes it easy to incorporate into diverse manufacturing processes. Additionally, its biological origin ensures biodegradability and minimal environmental impact compared with chemical alternatives, making it a preferred choice for eco-conscious industries.
Conclusion
Alpha-Amylase is a vital industrial enzyme with extensive applications across food processing, beverage production, detergents, textiles, and biotechnological research. Its ability to efficiently hydrolyze starch into valuable sugars, combined with high specificity, stability, and eco-friendly nature, provides significant operational and environmental advantages. As industries continue to seek efficient, sustainable, and high-performing solutions, alpha-amylase remains a key enzyme supporting innovation, quality, and productivity in both industrial and research settings.

