Product Description
Thermostable Amylase L
| TEST | LIMITS |
| Color | Yellow to brown colored Liquid |
| Solubility | Soluble in water |
| Activity | 5,00,000 U/g |
| Total Viable Count | NMT 30000 cfu/g |
| Microbial Limit |
| E.coli | Should be Absent |
| Salmonella | Should be Absent |
| Yeast & Mold | NMT 100 cfu/g |
Packing : EBzyme-Thermo Amylase L is packed in HDPE ,25 kg .
Storage &Shelf life:Product is stable for one year when stored below temperature 200C.Store in cool and dry place away direct from sun light.
Allergen Free : EBzyme-Thermo Amylase L enzyme is produced with Good manufacturing Practises,no any allergen present according to guidelines.No any cross contamination in product .(Detail of allergen free statement provided on special request.)
GMO Free : The product EBzyme-Thermo Amylase L is GMO free according to directive regulation.
High-Temperature Performance & StabilityThermostable Amylase L is engineered for use in high-heat industrial applications, retaining activity even at temperatures of 80-90C and remaining stable in pH 5-9. Its formulation allows optimal starch hydrolysis, even in challenging operational conditions, making it especially valuable for industries requiring continuous or elevated thermal processing.
Versatile Industrial ApplicationsThis enzyme is tailored for starch liquefaction processes in various sectors such as brewing, distilleries, textiles, and the paper industry. By converting starch into shorter sugar chains efficiently, it optimizes yield, minimizes energy input, and ensures cost-effective operational throughput across multiple industrial platforms.
Safe Handling, Storage, and TransportThermostable Amylase L is a non-hazardous, non-toxic liquid enzyme suitable for shipping by standard transportation. Supplied in robust HDPE drums, it should be stored in a cool, dry location below 25C with containers tightly sealed to maintain stability and prolong shelf life up to 12 months.
FAQs of Thermostable Amylase L:
Q: How is Thermostable Amylase L used in industrial applications?
A: Thermostable Amylase L is typically dosed directly into industrial processes that require starch hydrolysis, such as brewing, distillation, textiles, and papermaking. Its high activity at elevated temperatures accelerates starch breakdown into smaller sugars, enhancing process speed and efficiency.
Q: What are the benefits of using a thermostable and pH-stable enzyme in starch liquefaction?
A: Using a thermostable and pH-stable enzyme like Thermostable Amylase L ensures consistent enzymatic efficiency under a wide range of processing conditions. This translates to fewer process interruptions, improved product yield, and better resource utilization.
Q: When should Thermostable Amylase L be added to my process?
A: For optimal performance, introduce Thermostable Amylase L during the starch gelatinization or liquefaction phase, when temperatures are within the 80-90C range and pH is near 6.0. This timing ensures maximum enzymatic activity and starch breakdown.
Q: Where can I store Thermostable Amylase L to preserve its effectiveness?
A: Store the enzyme in a cool, dry place (preferably below 25C) and make sure the HDPE drum is tightly sealed. Proper storage helps maintain the products activity and extends its shelf life up to 12 months.
Q: What is the process for transporting Thermostable Amylase L?
A: Thermostable Amylase L is classified as a non-hazardous material and can be transported using standard shipping methods. It is securely packaged in HDPE drums to prevent leakage and contamination during transit.
Q: How does Thermostable Amylase L contribute to process efficiency?
A: By rapidly hydrolyzing starch at elevated temperatures, Thermostable Amylase L reduces processing time, minimizes energy consumption, and increases yield, making it a cost-effective choice for mass production environments.