Xylanase | High-Efficiency Enzyme for Fiber Degradation & Processing

Virtual International manufactures and supplies high-efficiency Xylanase, a powerful enzymatic complex specifically engineered to break down xylan, a major hemicellulose found in plant cell walls. We derive this enzyme through controlled microbial fermentation, primarily from Trichoderma or Bacillus strains, ensuring a high-purity, stable, and consistently active product. Xylanase effectively hydrolyzes the ß-1,4-xylosidic linkages within xylan, converting it into simpler sugars like xylose and xylo-oligosaccharides. Industries widely utilize it to improve nutrient digestibility in animal feed, enhance dough rheology in baking, optimize filtration in brewing, and reduce chemical usage in the pulp and paper industry. Our Xylanase formulations offer a versatile and eco-friendly solution for superior processing efficiency and product quality.

Key Features & Benefits

  • Efficient Xylan Degradation: It effectively breaks down complex xylan fibers, preventing their anti-nutritional effects and improving the processability of plant-based materials.
  • Enhanced Animal Feed Digestibility: Incorporating Xylanase into animal feed improves the breakdown of non-starch polysaccharides (NSPs), increasing nutrient availability and leading to better feed conversion rates and animal health.
  • Improved Baking Quality: In the baking industry, it enhances dough extensibility, increases bread volume, improves crumb structure, and extends the shelf life of baked goods.
  • Optimized Brewing Efficiency: In brewing, it reduces mash viscosity, facilitates easier lautering and filtration, and prevents haze formation, leading to clearer products and faster processing times.
  • Eco-Friendly Bio-Bleaching: In the pulp and paper industry, it reduces the need for harsh bleaching chemicals, improving pulp brightness and strength while lowering environmental impact.
  • Broad pH & Temperature Stability: Our Xylanase exhibits excellent activity across a range of pH and temperature conditions, offering flexibility for diverse industrial applications.
  • Sustainable Biocatalyst: As a biological catalyst, it provides an environmentally friendly alternative to mechanical or harsh chemical treatments, reducing energy consumption and waste.

Major Industrial Applications

Animal Feed Industry:

  • Poultry & Swine Feed: Improves the digestibility of grain-based diets (e.g., wheat, corn, rye, barley), enhancing energy and nutrient utilization, reducing gut viscosity, and preventing sticky droppings.
  • Ruminant & Aquaculture Feed: Aids in the breakdown of fibrous components, improving feed efficiency and growth performance.

Baking Industry:

  • Dough Conditioning: Increases dough extensibility, improving handling and reducing mixing time.
  • Bread Quality: Enhances bread volume, improves crumb structure, and delays staling, leading to fresher, higher-quality products.

Brewing & Distilling:

  • Mash Viscosity Reduction: Lowers the viscosity of mashes rich in wheat, rye, or barley, improving lautering performance and wort separation.
  • Filtration Enhancement: Accelerates filtration rates, leading to faster brewing cycles and increased throughput.
  • Haze Prevention: Contributes to preventing chill haze and permanent haze in beer.

Pulp & Paper Industry:

  • Bio-Bleaching: Pre-treats wood pulp to reduce lignin content, allowing for less harsh chemical bleaching, improving pulp brightness, and strengthening fibers.
  • Deinking: Aids in the enzymatic deinking of recycled paper, improving paper quality.

For more technical information on the industrial applications of xylanases, you can refer to (-> Outbound Link: the Journal of Industrial Microbiology & Biotechnology <-).

Technical Specifications

Specification Detail
Product Name Xylanase
Enzyme Type Hydrolase (EC 3.2.1.8)
Source Microbial (e.g., Trichoderma reeseiBacillus subtilis)
Appearance Fine, free-flowing powder or liquid concentrate
Enzyme Activity Customized, e.g., > 10,000 U/g, 20,000 U/g (Units can vary by assay method)
Optimal pH Varies by source, typically 4.5 – 7.5
Optimal Temperature Varies by source, typically 40°C – 65°C
Packaging 25 kg fiber drums or poly-lined bags (powder), 25 kg jerry cans (liquid)

Our Commitment to Quality & Efficacy

Virtual International produces Xylanase in facilities certified to ISO 9001 and FSSC 22000 standards, ensuring the highest levels of quality, safety, and traceability. We implement rigorous quality control protocols at every stage, from microbial fermentation to final packaging. Our in-house laboratories conduct comprehensive analytical testing, including enzyme activity assays, purity checks, microbial counts, and heavy metal analysis. Each shipment includes a detailed Certificate of Analysis (COA), guaranteeing product potency, safety, and complete traceability.

Learn more about our robust quality assurance processes on our (-> Internal Link: Quality & Certifications page <-).

Request a Quote

Connect with our enzyme specialists today to discuss your specific requirements for Xylanase. We offer customized formulations and competitive pricing to seamlessly integrate into your production processes and deliver superior results.

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Contact Info

Email

info@virtualinternational.in

Phone

+91 79906 58300

Map

Amroli, Gujrat, India

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