Factory Manufacture 100000iu/g Cellulase Powder
YTBIO Cellulase: Product Introduction
Cellulase (scientific name: β-1,4-glucan-4-glucan hydrolase) is a group of enzymes that degrade cellulose to produce glucose. It mainly consists of endo-β-glucanase, exo-β-glucanase, and β-glucosidase, along with highly active xylanase. Cellulase is widely found in nature and can be produced by bacteria, fungi, and animals.
YTBIO supplies highly active cellulase raw materials with an enzyme activity of up to 100,000 IU/g. It appears as a pale yellow to light brown powder with good water solubility. It is suitable for various fields such as food fermentation, feed processing, textile finishing, and detergent additives.
Product Efficacy and Mechanism of Action
1. Fiber Decomposition
Cellulase can break down the long chains of cellulose in plant cell walls, breaking them down into smaller sugar molecules. 1. **In food processing, it can increase juice extraction rate; in animal feed, it can aid in the digestion of crude fiber.
2. Increased Juice/Oil Yield
Adding cellulase during fruit and vegetable juicing breaks down cell wall structures, significantly increasing juice yield. Adding cellulase during oil extraction can increase oil yield by 6%–11%.
3. Clothing Care
Cellulase gently shears fine fibers and lint on the surface of cotton fabrics, making clothing smoother, more vibrant in color, and softer to the touch.
4. Aids Digestion
Adding cellulase to animal feed helps break down plant cell walls, releasing more nutrients and improving feed conversion ratio.
5. Accelerates Fermentation
In the production of soy sauce, vinegar, beer, and alcohol, cellulase helps break down cellulose in raw materials, accelerating fermentation, increasing yield, and improving flavor.
6. Biofilm Removal
Cellulase can break down the fibrous components of biofilms on the surfaces of food processing equipment, making it a green and safe cleaning agent.
7. Energy Conversion
Cellulase can convert waste fibers such as straw and rice husks into fermentable sugars, thereby producing clean energy.
Application Areas Overview
|
Field |
Specific Applications |
Key Benefits |
|
Food Fermentation |
Soy sauce, vinegar, beer brewing, etc. |
Improves raw material utilization, accelerates fermentation, enhances flavor |
|
Juice & Wine Processing |
Juice extraction, wine clarification |
Increases juice yield, improves texture and aroma |
|
Edible Oil Processing |
Soybean oil, rapeseed oil extraction |
Increases oil yield |
|
Feed Additives |
Feed additives for swine, poultry, dairy cattle, etc. |
Improves crude fiber digestibility, enhances nutrient absorption, increases production yield |
|
Textile Industry |
Fabric bio-polishing, anti-pilling treatment |
Improves fabric hand feel and appearance |
|
Detergents |
Laundry liquids, laundry pods, fabric softeners, fabric refreshers, etc. |
Stain removal, anti-pilling, fabric softening |
|
Environmental Applications |
Organic waste treatment, biofilm removal |
Accelerates degradation |
Please feel free to contact us if you require a Certificate of Account (COA), free samples, or the latest quote.
Email：sales@sxytbio.com
WhatsApp/phone：+86 17782577059
References: Qiao Huiyan, Shi Yali, Han Haojian. Research progress on cellulase from microbial sources [J]. China Agricultural Science and Technology Guide (Chinese and English), 2025, 27(5): 21-38.
