Couldn't load pickup availability

endo-Cellulase: High activity endo-Cellulase for digesting cellulose.
Applications include: Agriculture, Food Processing, Paper, Pulp, Biofuels, Advanced Materials.
Properties: Our food grade endo-Cellulase is a high-performance enzyme designed to optimise plant-based processing, improve product texture, and enhance overall production efficiency. Acting within the cellulose chains of plant fibers, endo-Cellulase breaks down complex polysaccharides into smaller, more manageable units, unlocking the natural potential of raw materials. This enzymatic action delivers superior clarity, smoothness, and stability in fruit and vegetable juices, purees, and plant-based beverages. In baking, it improves dough handling, crumb structure, and moisture retention, while in dietary fiber modification, it enhances nutrient bioavailability and digestive properties. Produced under stringent food-grade standards, our endo-Cellulase offers a clean-label, eco-friendly alternative to harsh mechanical or chemical processing methods, ensuring consistent results and greater yield. Whether your goal is to elevate product quality, reduce processing costs, or innovate within the health and wellness market, our endo-Cellulase delivers natural efficiency with measurable results.
Chemical Formula:
Cellulose (polymer) + Water → Glucose

Technical Guides
Cellulase for Paper Manufacturing and Recycling
A practical guide to using cellulase for paper manufacturing and recycling, including the key factors affecting conversion efficiency.
Read technical guide →
Which Cellulase is Right for My Process?
A practical guide to using different cellulases for industry.
Read technical guide →
Cellulase for Fruit Juice Processing
A practical guide to using cellulase for fruit juice processing, including the key factors affecting conversion efficiency.
Read technical guide →
Cellulase for Biomass Hydrolysis
A practical guide to using cellulase for the enzymatic hydrolysis of cellulosic biomass, including the key factors affecting conversion efficiency.
Read technical guide →