Alkaline Protease Enzyme
Product Name:Alkaline Protease
Appearance:Puwang puti
Specification:200000u/g
Sample:Masusuri
Grade:Food Grade
Place of Origin:Shaanxi, China
Brand Name:Sheerherb
Storage:Malamig na Tuyong Lugar
Core Advantages of Alkaline Protease Enzyme:
- Mataas na 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.
- Pambihirang Temperatura Pagbagay 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.
- Malawak na Substrate na Aktibidad 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.



