Cellulase
9012-54-8
Product Name : Cellulase
Appearance : Pale Brown to Off-White powder
CAS No. : 9012-54-8
Product Code: HWSWXWSM
Specification: 100,000U/G
Certifications：ISO,HACCP,FDA,SC,HALAL and so on
Product grade:Food grade,USP grade
Delivery：Shipped on the same day from stocks
MOQ：1KG
Appearance : Pale Brown to Off-White powder
CAS No. : 9012-54-8
Product Code: HWSWXWSM
Specification: 100,000U/G
Certifications：ISO,HACCP,FDA,SC,HALAL and so on
Product grade:Food grade,USP grade
Delivery：Shipped on the same day from stocks
MOQ：1KG
Product Name | Cellulase | |||
Appearance | White powder | |||
Specification | 99% | |||
Test Method | HPLC | |||
Storage | Keep in a cool, dry, dark location in a tightly sealed container or cylinder. | |||
Shelf Time | 24 months | |||
Cellulase is not a single enzyme but a multi-component enzyme system that acts synergistically. It is a complex enzyme mainly composed of exo-β-glucanase, endo-β-glucanase, and β-glucosidase, with high activity of xylanase.
Xi'an Huawave Biotech Co., Ltd. is a professional China Cellulase manufacturers and Cellulase suppliers. We are committed to providing customers with professional research and development, production and sales, as well as OEM and ODM processing services.
1,Biocatalysis in Cellulose Decomposition:
Cellulase plays a biocatalytic role in decomposing cellulose, breaking it down into oligosaccharides or monosaccharides such as glucose.
2,Synergistic Action:
The different components of cellulase work synergistically to degrade cellulose. For example, endo-β-glucanase randomly cleaves the amorphous regions of cellulose polysaccharide chains, producing oligosaccharides and new chain ends. Exo-β-glucanase acts on the reducing and non-reducing ends of these polysaccharide chains, releasing glucose or cellobiose. β-Glucosidase then hydrolyzes cellobiose into two molecules of glucose.
1,Food Industry:
In the food industry, cellulase is used to degrade cellulose in plant cell walls, which has significant application value in fruit and vegetable processing, food fermentation, and juice production by improving juice yield by disrupting cell walls.
2,Feed Industry:
Adding cellulase to feed can improve the nutritional value of silage feed by enhancing the digestibility of cellulose.
3,Biomass Energy:
Cellulase is crucial in the production of renewable hydrogen and bioethanol from biomass, which can replace fossil fuels and contribute to environmental improvement.
4,Textile Industry:
Neutral and alkaline cellulases have been successfully applied in cotton fabric washing and finishing processes and detergent industries, showing good application prospects.
5,Medicine and Pharmaceutical Industry:
Cellulase can degrade the cell walls of herbal plants, allowing for more efficient extraction of active ingredients.
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