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Product Specifications

Item Specification Product Name Cellulase Abbreviation 1,4-(1,3;1,4)-β-D-Glucan 4-glucanohydrolase CAS Number 9012-54-8 Molecular Formula Multi-component glycoside hydrolase complex derived from controlled microbial fermentation Molecular Weight 30,000 - 100,000 Dalton for standard commercial cellulase mixture Appearance Off-White to Light Yellow Uniform Free-Flowing Powder Assay Enzyme Activity ≥10,000 ECU/g (customizable activity levels from 5,000 ECU/g to 200,000 ECU/g available) Test Method Filter Paper Hydrolysis Reducing Sugar Assay Shelf Life 24 Months Storage Condition Store in a Cool, Dry Place, Avoid Direct Sunlight and High Temperature Exposure

Why Is Cellulase So Popular?

The rapidly growing popularity of Cellulase is closely tied to surging global demand for unlocking the full nutritional value of plant fiber and replacing traditional high-pollution chemical production processes with eco-friendly biological solutions. Cellulase is a synergistic multi-enzyme system capable of completely breaking down the linear cellulose polymer that forms the main structural component of plant cell walls. It plays an essential role in:

• Degrading tough indigestible cellulose fibers from plants
• Releasing trapped intracellular nutrients enclosed in rigid cell wall structures
• Reducing anti-nutritional factors from high-fiber raw materials
• Lowering energy consumption in textile, pulp and biofuel processing
• Improving feed conversion efficiency in animal nutrition

Research has shown that more than 40% of the potential nutrients in common whole grains, vegetables, brans and agricultural by-products remain trapped behind undegraded cellulose barriers, and cannot be absorbed directly by the human body or monogastric livestock. Without targeted Cellulase treatment, these valuable resources end up as wasted indigestible fiber, creating massive unexploited economic and nutritional potential. This strong market demand has made Cellulase a foundational industrial and nutritional enzyme ingredient widely adopted across modern digestive health, food processing, animal feed and bio-manufacturing sectors.

Key Benefits of Cellulase

• Unlocks Full Nutrient Potential From Plant Biomass

The synergistic action of endoglucanase, exoglucanase and β-glucosidase components in full-spectrum Cellulase completely breaks down the tough cellulose fiber network, disintegrating plant cell walls to fully release the trapped starch, protein, vitamins and minerals inside plant cells that would otherwise pass through the digestive system unutilized.

• Eliminates Anti-Nutritional Effects of Indigestible Fiber

Undegraded excess cellulose increases digesta viscosity in the gut, preventing contact between other digestive enzymes and nutrient molecules, leading to reduced nutrient absorption. Supplemental Cellulase reduces digesta viscosity drastically and eliminates this major anti-nutritional barrier, boosting overall nutrient utilization efficiency by more than 20% for high-fiber diets.

• Supports Human Digestive Comfort for Plant-Rich Meals

For consumers following high-fiber whole food, vegetarian and plant-based diets, supplemental Cellulase breaks down fibrous plant materials that the human digestive system cannot naturally process, reducing undigested fiber accumulation that causes unwanted intestinal bloating, hard stools and mild digestive discomfort, making it easier to get full nutritional benefits from plant foods.

• Delivers Eco-Friendly Low-Cost Industrial Processing Advantages

In industrial manufacturing scenarios, Cellulase replaces highly polluting chemical agents used in traditional textile bio-polishing, pulp bio-bleaching, and agricultural waste bio-fermentation processes. It cuts down industrial energy consumption by more than 30% while reducing harmful chemical waste discharge, aligning perfectly with global low-carbon production requirements.

• Shows Excellent Synergy With Other Carbohydrases

Cellulase works seamlessly with complementary enzymes including Xylanase, Pectinase and Amylase to form a full-spectrum non-starch polysaccharide degradation system, achieving far higher total plant fiber breakdown efficiency than using any single carbohydrate enzyme alone. Premium stabilized Cellulase maintains more than 80% of its active performance across a wide pH range of 3.5 to 7.5, and can withstand standard industrial short-term high-temperature processing conditions.

Applications

Cellulase is widely used across multiple product categories, including:

• High-Fiber Diet Digestive Health Multi-Enzyme Supplements
• Animal Feed Additives for Poultry, Livestock and Ruminant Nutrition
• Textile Bio-Polishing and Denim Garment Washing Processing Agents
• Pulp and Paper Eco-Friendly Bio-Bleading Aids
• Agricultural Waste Cellulose Ethanol Fermentation Yield Boost Additives
• Whole Grain Baking and Plant-Based Food Processing Improvers

Common dosage forms include:

• Activity-Protected Free-Flowing Enzyme Powder
• Heat-Resistant Granulated Feed Grade Particles
• Concentrated Liquid Industrial Enzyme Preparation
• Micro-Encapsulated Enzyme Blend for Digestive Supplements
• Low-Temperature Stable Formulation for Food Processing
• Compound Additive in Complete NSP Degrading Enzyme Complexes

Cellulase vs Other Common Fiber Degrading Enzymes

While the industrial enzyme and digestive health category continues to expand, Cellulase remains the core foundational enzyme that enables complete cellulose degradation, forming the backbone of all modern plant fiber processing solutions.

Ingredient Primary Function Cellulase Core multi-component enzyme system that completely breaks down cellulose, the most abundant organic polymer on Earth Xylanase Targeted enzyme that degrades xylan, the main hemicellulose component in plant cell walls Alpha-Galactosidase Specialized enzyme that breaks down galacto-oligosaccharides to eliminate legume-related gas and bloating Pectinase Degrades pectin, the sticky intercellular cementing substance in soft plant tissues Beta-Glucanase Specifically breaks down beta-glucan anti-nutritional factors from barley and oats Amylase Hydrolyzes starch molecules into absorbable simple sugars

Most professional enzyme formulation developers combine Cellulase with these complementary carbohydrases to create fully optimized all-in-one fiber degradation solutions for different specific industry and application scenarios.

Market Opportunity

The global industrial enzyme and eco-friendly bioprocessing market continues to experience strong double-digit growth, as industries around the world push forward low-carbon transformation, circular agricultural economy development, and plant-based food supply chain expansion. Several key trends are fueling the sustained rising demand for high-quality Cellulase:

• Global explosive growth of the plant-based food and high-fiber nutrition market
• Strict environmental protection policies pushing polluting traditional chemical processing to be replaced by biological enzyme technology
• Rapid expansion of the global biofuel and agricultural waste resource utilization industry
• The fast-growing demand for higher feed conversion efficiency and lower farming cost in modern livestock husbandry
• Rising consumer preference for all-natural non-chemical added food processing products

As a result, Cellulase remains one of the most commercially high-value, fast-growing enzyme ingredients with continuously expanding application scenarios across all modern green manufacturing and nutritional sectors.

Frequently Asked Questions

1.What is Cellulase?
Cellulase is a multi-component synergistic glycoside hydrolase enzyme system that specifically catalyzes the full degradation of cellulose, the main structural polysaccharide in plant cell walls, widely used in digestive health, animal feed, textile, pulp, biofuel and food processing industries.

2.Is Cellulase safe for use in food, feed and consumer products?
Yes. Microbial fermented Cellulase produced from non-pathogenic Trichoderma reesei or Aspergillus niger strains has obtained GRAS (Generally Recognized As Safe) certification, and is fully approved as a safe processing aid, feed additive and nutritional ingredient by global regulatory authorities including FDA, EFSA and major national food safety administrations.

3.What activity levels of Cellulase are typically available?
Premium food and industrial grade Cellulase is commonly supplied with standard activity of 10,000 ECU/g, with custom high-activity grades up to 200,000 ECU/g available. We also provide heat-resistant granulated forms, liquid industrial preparations, non-GMO, halal, kosher and organic certified options to meet different customer requirements.

4.What processing conditions can commercial Cellulase tolerate?
Stabilized commercial Cellulase maintains full active performance across the normal pH range of the human digestive tract, and specially optimized heat-resistant variants can withstand short-term processing temperatures up to 85°C, fully compatible with standard feed pelleting, textile biological treatment and industrial fermentation conditions.

5.What formulations can Cellulase be used in?
High quality Cellulase can be perfectly formulated into digestive supplement capsules, tablets, multi-enzyme blend powders, feed additive premixes, textile processing agents and bio-ethanol fermentation enhancers, retaining more than 90% of its labeled enzyme activity through the full 24 month shelf life.

Looking for a Reliable Cellulase Supplier?

As demand for eco-friendly industrial enzyme and digestive fiber nutrition products continues to boom, enzyme activity accuracy, thermal stability, batch consistency and supply reliability have become increasingly critical for food manufacturers, feed producers and industrial processing factories. Nutrient Trail supplies high-purity, third-party activity verified Cellulase designed for digestive supplement, functional food, animal feed and industrial processing applications. Comprehensive technical documentation, including specifications, enzyme activity test COA, thermal stability reports, safety data and all required quality-related information, is available to fully support your product development and industrial production.