Audited Supplier
Cellulase fiber enzyme
Base features
Production description Cellulase Enzyme is biologically decomposable enzyme cellulosic fibers, cellulosic fibers for pile fabrics to finishing, the fabric after finishing flat and smooth surface. Characteristic and advantages 1.Suitable for cellulosic fiber fabrics and their blended fabrics for bio-polishing before or after dyeing. After finishing, the fabric feels good, increases softness, effectively removes fluff and pompoms on the fabric surface, makes the fabric surface smooth and clean, and prevents fabric Pilling. 2 Distressed polishing and finishing for denim. Applying or not using pumice on denim (denim) can achieve different degrees of fermentation effect. 3 After finishing the product, the color and whiteness of the fabric are small, and the strength loss is small. 4 This product has short processing time, low energy consumption and high efficiency. Reference dosage 1. Craft prescription and conditions: According to different textiles and their processing requirements: Cellulase enzyme : 1--1.5% (o.w.f) Temperature: 55--60 ° C Bath ratio: 1: 5--1: 15 Time: 40--60 minutes pH value: 4.5-5 2. Inactivation of enzymes: After finishing, the remaining enzymatic enzymes should be inactivated to avoid excessive degradation of the fibers and reduce the strength of the fabric too much. The method is to drain the finishing solution, add water and alkaline detergent, and adjust the pH> 9 at 60 ~ Wash at 80 ° C for 15 minutes, then rinse with water. If biological treatment is performed before dyeing, it only needs to be washed after the pretreatment, and the water after the biological treatment is directly dyed with reactive dyes. Packaging and storage 25KG / plastic drum (lined with plastic bag). Sorted in cool and ventilated place ,prevent heat and exposure stable period is 6months .
Note:Enzyme is a biological protein. High temperature will make it denature and lose vitality. Please pay attention to storage temperature. Avoid prolonged exposure to temperatures above 30 ° C to avoid reducing activity. |
