Bleaching Enzyme Industrial Grade Xylanase for Pulp Processing | pH 6.0-11.0, Temperature 30-65℃
Besthway Bleaching Enzyme enhances pulp bleachability using xylanase technology, reducing chemical usage by 0.10-0.20kg per ton. This industrial enzyme improves brightness, lowers costs, and minimizes environmental impact with 18-month shelf life for solid formulations and temperature operation up to 65℃.
Besthway Bleaching Enzyme is developed using modern genetic engineering, microbial fermentation, and advanced post-processing technology. This industrial enzyme effectively degrades xylan in pulp, increases pulp matrix gaps, separates lignin, unfolds pulp structure, improves bleachability, reduces subsequent bleach dosage, saves costs, and minimizes environmental pollution.
| Parameter | Specification |
|---|---|
| Type | Powder and Liquid |
| Main Enzyme | Xylanase, Hemicellulase |
| pH Range | 6.0-11.0 |
| Temperature Range | 30℃-65℃ |
- Degrades xylan, increases pulp matrix gaps and prevents secondary deposition
- Breaks links between cellulose and lignin to release lignin
- Improves pulp bleachability, increases brightness and bleaching rate
- Reduces bleaching agent consumption for cost savings
- Decreases wastewater load and environmental pollution
- Recommended dosage: 0.10-0.20kg per ton of paper pulp
- Add to last washer before bleaching, continuously or intermittently
- Minimum acting time: 45 minutes
- Optimum dosage determined by process-specific experiments
Solid Product: 25kg/bag | Liquid Product: 30L/barrel
Store in dry, ventilated, light-protected environment at 25℃. Shelf life: 18 months for solid, 12 months for liquid from production date. Refrigeration at 5℃ extends shelf life.
- After opening, securely seal bags/barrels to prevent moisture and contamination
- Avoid inhalation - if inhaled, rinse mouth with water for 15+ minutes
- Enzyme-sensitive personnel should wear protective overalls, dust masks, and gloves
- If contact with skin or eyes occurs, rinse immediately with plenty of water for 15+ minutes