Ένζυμο αλκαλικής πρωτεάσης
Product Name:Αλκαλική Πρωτεάση
Appearance:Υπόλευκη σκόνη
Specification:200000u/g
Sample:Εκτιμητός
Grade:Βαθμός τροφίμων
Place of Origin:Shaanxi, China
Brand Name:Σιγουριά
Storage:Δροσερό ξηρό μέρος
Core Advantages of Alkaline Protease Enzyme:
- High Catalytic Activity Maintains high activity in alkaline environments (pH 9-11), specifically hydrolyzing protein peptide bonds with catalytic efficiency 3-5 times that of conventional proteases, significantly accelerating reaction rates.
- Exceptional Temperature Adaptability High thermal stability ensures performance in high-temperature washing and industrial processing conditions, accommodating diverse production requirements.
- Environmentally Friendly & Biodegradable As a biological enzyme preparation, it is fully biodegradable, phosphorus-free, and non-toxic to the environment. It replaces traditional chemical catalysts, meeting green manufacturing requirements.
- Broad Substrate Activity Demonstrates significant decomposition effects on various proteins (including those in stubborn stains like blood, milk, and egg), offering extensive application scope.
Functional Effects of Alkaline Protease:
- Detergent Industry - Powerful Stain Removal Rapidly breaks down protein-based stains on fabrics, boosting stain removal efficacy by over 50%. Extends fabric lifespan while enabling lower washing temperatures for energy savings.
- Feed Industry - Enhanced Digestibility Pre-treats feed ingredients to deactivate anti-nutritional factors, increasing protein digestibility by 8-12% and promoting livestock growth performance.
- Food Processing - Quality Enhancement Improves dough extensibility in baking, tenderizes meat and extracts protein in meat processing, elevating product quality and yield.
- Leather Industry - Cleaner Production Replaces lime sulfurization alkali in leather dehairing, reducing wastewater COD discharge by 40% while enhancing leather quality and yield.
- Pharmaceutical Sector - Efficient Hydrolysis Used in peptone preparation and pharmaceutical intermediate synthesis, delivering high hydrolysis efficiency with uniform molecular weight distribution of products.



