By Baico Biotech 丨 TextileEnzyme 丨 Coated Granular Enzyme 丨 Baico Biothch-Arpina
In textile industry, large quantities of chemical auxiliaries were conventionally added to achieve bio-polishing effects.Nevertheless, it brings about issues such as wastewater pollution and destruction of the ecological environment.In order to solve environmental concerns,the textile industry has gradually adopted bio-enzyme to replace conventional chemical auxiliaries.It removes pilling and fuzz of fabric surfaces via enzymatic catalysis.It imparts a soft hand feel to fabrics and improves the surface condition of textiles.It is beneficial for the follow-up dyeing procedure.However,bio-enzymes are protein-based substances.It is susceptible to environmental factors such as temperature and moisture, resulting in reduced enzyme activity.
Improving the stability of textile enzyme preparations is critical to guarantee consistent production performance.Since its establishment, Baico Biotech hasfocused on the research, development and innovation of stabilization technologies for enzyme preparations.To tackle challenges including enzymes’vulnerability to environmental influences, which hinders long-term transportation and storage, the company innovatively integrates multi-layer coating technology with textile-specific enzyme preparations. BBT have successfully developed coated granular neutral cellulase NEF®2100 with superior stability, addressing the issue of enzyme stability.
Baico Biotech adopts coating technology to provide NEF®2100 with a protective shell, which fully encapsulates the internal active ingredients and effectively isolates adverse factors such as temperature and moisture during transportation.It can avoid the loss of enzyme activity during transportation.Whether for short-distance land transportation or long-cycle marine shipping with harsh conditions, BBT ENZYME NEF®2100 can maintain stable enzyme activity throughout the whole journey and deliver consistent performance in application.
Coated enzyme technology consistently ensures stable performance of enzyme preparations. Various chemical auxiliaries are commonly added in textile processes. These auxiliaries can interfere with enzyme functions and drastically reduce the processing efficiency of enzyme preparations.In contrast, coated neutral cellulase NEF®2100 overcomes the above challenges. When NEF®2100 is applied to fabric bio-polishing, the coating technology provides effective protection within complex chemical bath systems and enables controlled release of enzymes. After the enzyme preparation stably attaches to the action sites of fabric fibers, enzymes are fully released. The neutral cellulase can efficiently and steadily degrade surface fuzz on cotton fibers to achieve uniform and consistent bio-polishing results.
In summary, BBT ENZYME NEF®2100 features both stability and high efficiency, facilitating efficient textile production.
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