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Product Specifications

Item Specification Product Name Xylanase Abbreviation Xylan Hydrolase CAS Number 9025-57-4 Molecular Formula Glycoside hydrolase enzyme complex derived from controlled microbial fermentation Molecular Weight 20,000 - 100,000 Dalton for standard commercial xylanase variants Appearance Off-White to Light Yellow Uniform Free-Flowing Powder Assay Enzyme Activity ≥100,000 XU/g (customizable activity levels from 10,000 XU/g to 1,000,000 XU/g available) Test Method Oat Spelt Xylan Substrate Reducing Sugar Assay Shelf Life 24 Months Storage Condition Store in a Cool, Dry Place, Avoid Direct Sunlight and High Temperature Exposure

Why Is Xylanase So Popular?

The growing global popularity of Xylanase is closely linked to the surging demand for unlocking the trapped nutritional value in plant-based raw materials across the human digestive health, animal feed and food processing industries. Xylanase is a highly specific hemicellulose-degrading enzyme that targets xylan, the most abundant polysaccharide component in plant cell walls, which cannot be broken down naturally by most endogenous digestive enzymes in humans and monogastric animals. It plays an essential role in:

• Breaking down rigid plant cell wall xylan structures
• Releasing trapped intracellular nutrients enclosed in fiber matrix
• Reducing the anti-nutritional effect of non-starch polysaccharides
• Improving feed conversion efficiency in animal nutrition
• Enhancing the processability of grain and cereal raw materials for food production

Research has shown that over 30% of the total potential nutritional content in common grains, brans, legumes and agricultural by-products remains trapped behind indigestible xylan layers, which is wasted without targeted xylan degradation. This massive economic and nutritional value unlock demand has made Xylanase a foundational industrial and nutritional enzyme ingredient widely adopted across modern food, feed and digestive health sectors.

Key Benefits of Xylanase

• Unlocks Trapped Nutrients From Plant Cell Walls

Xylanase specifically breaks down the complex xylan backbone structure that forms the rigid skeleton of plant cell walls, disintegrating the tough fiber barrier 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 Non-Starch Polysaccharides

Undegraded xylan dissolved in the digestive tract increases intestinal viscosity dramatically, preventing digestive enzymes from contacting nutrients and reducing nutrient absorption efficiency. Supplemental Xylanase reduces digesta viscosity significantly, eliminating this major anti-nutritional factor to boost overall nutrient utilization.

• Supports Human Digestive Efficiency for High-Fiber Diets

For human consumers following plant-forward high-fiber diets, supplemental Xylanase helps the body fully break down the fibrous portions of whole grains, vegetables and legumes that native human digestive enzymes cannot process, reducing the chance of undigested fiber causing unwanted intestinal gas and mild digestive discomfort.

• Improves Feed Conversion Ratio for Animal Nutrition

In the feed processing industry, adding Xylanase allows livestock and poultry to absorb more nutrients from every kilogram of feed, reducing feed costs, decreasing nutrient waste excreted in manure, and lowering the environmental footprint of modern intensive farming operations.

• Delivers Excellent Thermal and pH Stability

Premium industrial-grade Xylanase maintains more than 80% of its enzymatic activity across wide pH ranges from 3.5 to 6.5, and can withstand the regular high-temperature pelleting processing conditions commonly used in feed and food production without severe activity loss.

Applications

Xylanase is widely used across multiple product categories, including:

• High-Fiber Diet Digestive Health Enzyme Supplements
• Animal Feed Additives for Poultry, Livestock and Aquaculture
• Bakery and Flour Modification Food Processing Agents
• Pulp and Paper Bio-Brightening Eco-Friendly Processing Aids
• Grain Ethanol Fermentation Yield Boost Additives
• Plant-Based Nutrition and Whole Grain Processing Formulations

Common dosage forms include:

• Stabilized Enzyme Activity Protected Powder
• Granulated Heat-Resistant Feed Grade Particles
• Concentrated Liquid Enzyme Preparation
• Enzyme Blend for Multi-Component Digestion Complex
• Micro-Encapsulated High-Stability Formulations
• Additive for Fiber Degradation in Industrial Fermentation Processes

Xylanase vs Other Common Hemicellulose Degrading Enzymes

While the industrial enzyme and digestive health category continues to expand, Xylanase remains the most targeted, cost-effective and widely adopted core enzyme dedicated to the full degradation of xylan, the largest proportion of hemicellulose in plant biomass.

Ingredient Primary Function Xylanase Target enzyme that breaks down xylan, the main hemicellulose component in plant cell walls Cellulase Degrades linear cellulose polymer structure in plant fiber Alpha-Galactosidase Breaks down galacto-oligosaccharides to eliminate legume related gas and bloating Pectinase Degrades pectin, the sticky cementing component in plant tissues Amylase Hydrolyzes starch molecules into absorbable simple sugars Beta-Glucanase Specifically breaks down beta-glucan anti-nutritional factors in barley and oats

Most industrial enzyme formulation developers combine Xylanase with complementary enzymes like cellulase, beta-glucanase and pectinase to create full-coverage multi-component NSP enzyme complexes that achieve maximum plant fiber degradation efficiency.

Market Opportunity

The global industrial enzyme and digestive nutrition market continues to experience strong growth as the global food and agriculture industry pursues higher resource utilization efficiency, eco-friendly production and cost reduction strategies. Several trends are fueling the sustained rising demand for high quality Xylanase:

• Rapid expansion of the global intensive livestock and poultry farming industry
• Soaring popularity of high-fiber whole grain and plant-based human diets
• Global industry transition towards eco-friendly biological processing to replace traditional chemical production processes
• Growing demand for higher feed conversion ratio and lower farming operation cost
• Strict environmental protection policies requiring reduction of agricultural nutrient emission pollution

As a result, Xylanase remains one of the most commercially high-value, mass-volume industrial enzyme ingredients with continuously growing market demand across both industrial and nutritional application scenarios.

Frequently Asked Questions

1.What is Xylanase?
Xylanase is a class of glycoside hydrolase enzyme that specifically catalyzes the degradation of xylan, the main component of hemicellulose in plant cell walls, widely used to unlock plant fiber nutrient value in feed, food processing and digestive health products.

2.Is Xylanase safe for use in food and feed products?
Yes. Microbial fermented Xylanase produced from non-pathogenic production strains has obtained GRAS (Generally Recognized As Safe) status, and is fully approved as a safe processing aid and feed additive by global regulatory authorities including FDA, EFSA and major national food safety administrations.

3.What activity levels of Xylanase are typically available?
Premium food and feed grade Xylanase is commonly supplied with standard activity of 100,000 XU/g, with customized high activity grades up to 1,000,000 XU/g available. We also provide heat-resistant granulated forms, liquid preparation, non-GMO, halal, kosher and organic certified options to meet different industrial processing requirements.

4.What processing conditions can Xylanase tolerate?
Stabilized commercial Xylanase maintains full activity across normal digestive pH ranges, and special heat-resistant variants can withstand short-term high temperatures up to 90°C, fully compatible with the standard pelleting processing conditions used in most modern feed production lines.

5.Can Xylanase work together with other digestive enzymes?
Absolutely. Xylanase shows excellent synergistic effect with cellulase, amylase, protease and other common digestive enzymes, and their combined use can achieve far higher plant nutrient utilization efficiency than using single enzyme alone.

Looking for a Reliable Xylanase Supplier?

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