1. PRODUCT OVERVIEW

‌Technical Composition‌
This liquid hemicellulase formulation specializes in ‌xylan and mannan hydrolysis‌, targeting plant-derived stains (fruit pulps, vegetable residues, grain husks) in industrial cleaning systems. With ‌≥15,000 XU/mL activity‌ and ‌pH stability 4.0-9.0‌, it effectively breaks down hemicellulose matrices in food processing equipment, textile bioretting, and detergent formulations13.

‌Core Applications‌

• ‌Detergent Additive‌: Degrades plant-based stains (tomato, spinach) in commercial laundry systems
• ‌Food Industry‌: Removes starch-hemicellulose complexes from processing equipment
• ‌Pulp/Textile Bio-Processing‌: Enhances fiber bleaching efficiency by 30-40%24

‌2. PRODUCT ADVANTAGE

‌Triglyceride hydrolysis‌: Converts lipid stains (oils, grease, cosmetics) into water-soluble glycerol and free fatty acids. ‌Crystalline cellulose degradation‌: Targets embedded particulate stains (e.g., soil, grass) by hydrolyzing β-1,4-glycosidic bonds‌

 ‌Fiber repair‌: Polishes damaged short cellulose fibers, reducing fabric pilling and improving tactile softness‌

‌‌Competitive Differentiation‌

• ‌Broad-Spectrum Activity‌: Hydrolyzes xylan, arabinoxylan, and glucomannan substrates
• ‌Surfactant Synergy‌: Compatible with linear alkylbenzene sulfonates (LAS) and nonionic surfactants
• ‌Thermal Resilience‌: Maintains ≥80% activity at 55°C for 1 hour (ideal for tunnel washers)
• ‌Customization‌: Adjustable viscosity (500-2000 cP) for spray-drying or liquid detergent blending4

3.TECHNICAL PARAMETERS

‌Attribute‌ :‌

‌Stain Removal Efficiency‌

‌Cold-Wash Compatibility‌

‌Dye Decolorization‌ . ‌Formulation Flexibility‌ Compatible with non-ionic surfactants, bleach systems, and protease/amylase blends‌ .

‌Industrial Specifications

‌Shelf Life‌: 12 months @ 4-25°C

4. PACKAGE & STORAGE

Standard Units‌: 25 kg  drums

Bulk Options‌: 1-ton super sacks (palletized,)

Handling Protocols‌

Use PPE (gloves/masks) during large-scale dispensing

Avoid direct contact with strong acids/oxidizers during blending