Industrial Alkaline Xylanase for Pulp & Paper Processing
Industrial Alkaline Xylanase is an industrial-grade enzyme preparation designed for modern pulp and papermaking processes. It selectively hydrolyzes xylan and related hemicellulose fractions in lignocellulosic fibers, helping optimize pulp structure and improve process performance without degrading the cellulose backbone.
Alkaline xylanase is produced through deep fermentation using a genetically optimized microbial strain and contains high activity of 1,4-β-D-xylanase. This product effectively acts on xylan and arabinoxylan present in plant fibers, cleaving the β-1,4 glycosidic bonds in the xylan backbone. As a result, xylan is degraded into xylose, loosening the fiber structure, improving permeability, and promoting the release of internal fiber components.
This alkaline xylanase can be used for enzymatic treatment of materials such as wood pulp, timber, bamboo, herbal raw materials, tobacco leaves, and animal feed.
In papermaking systems, hemicellulose components such as xylan can form barriers on fiber surfaces and within fiber networks, limiting permeability and reducing the efficiency of downstream operations. By breaking down these targeted components, this alkaline xylanase supports improved mass transfer, enhanced pulp responsiveness in processing, and more stable machine operation.
Κύρια χρήση
This product is primarily used in the pulp and paper industry as a processing aid to improve operational efficiency and paper quality outcomes.
Key Benefits in Papermaking
- Brightness improvement
Supports higher pulp brightness by reducing xylan-related barriers, which can help increase process effectiveness during pulp treatment and washing stages. - Viscosity reduction
Improves pulp slurry flow properties and reduces viscosity, helping stabilize pumping, screening, and flow control in production lines. - Faster filtration and drainage
Enhances pulp permeability and water release performance, improving filtration speed and dewatering efficiency to support smoother, higher-throughput operations. - Compatible with neutral-to-alkaline systems
Designed to perform reliably under conditions commonly found in industrial papermaking processes, particularly in neutral and alkaline environments. - Selective action to help preserve fiber strength
Targets hemicellulose fractions while maintaining cellulose chain integrity, supporting consistent physical properties of the final paper product.
Περιοχές Εφαρμογής
- Pulp pretreatment and process optimization in papermaking
- Chemical pulp, mechanical pulp, and mixed pulp systems
- Printing paper, writing paper, packaging paper, and related paper products
- Washing, filtration, and dewatering efficiency improvement stages
Recommended Process Parameters
| Συνιστώμενη Δοσολογία | 10 – 2000 g per ton of dry fiber |
|---|---|
| Applicable pH Range | 6.0 – 9.0 |
| Applicable Temperature | 35 – 65 °C |
| Χρόνος Αντίδρασης | 45 – 90 minutes |
| Addition Method | Batch or continuous addition according to process design |
For best results, optimize dosage and contact time based on pulp type, equipment configuration,
and targeted performance outcomes such as brightness, viscosity reduction, and filtration or
drainage speed.
How to Use
This enzyme can be added either in batch or continuously depending on your process layout. To support consistent performance, maintain operating conditions within the recommended pH and temperature ranges and allow sufficient retention time to achieve the desired reaction effect.
Συσκευασία
Standard packaging: Standard packaging is 1 kg bottle (supplied in an industrial-grade plain bottle). Please note that the product image is for illustration purposes. Actual packaging may differ.
Αποθήκευση και χειρισμός
Store in a cool, dry place away from direct sunlight. Keep the package sealed when not in use. Avoid prolonged exposure to high temperatures or moisture to help maintain enzyme activity.
Περίληψη
Industrial Alkaline Xylanase provides a practical enzymatic approach for pulp and paper manufacturers seeking improved brightness, reduced slurry viscosity, and faster filtration and drainage performance. It integrates smoothly into papermaking workflows and supports efficient, stable industrial operation.
