Cellulase treatment friendly with textile fabric treatment

Cellulase treatment friendly with textile fabric treatment

By Baico Biotech丨Textile Enzyme丨BBT-PK-01

Environmental Friendliness:Compared with traditional softener treatment methods, cellulase - based softening treatment has significant environmental advantages. Most traditional softeners are chemically synthesized substances. During the production and use processes, they may cause pollution to the environment. Moreover, some chemical substances may remain on the fabric, posing potential threats to human health. In contrast, cellulase is a biocatalyst derived from natural microorganisms. After the reaction, it can usually be biodegraded, greatly reducing the negative impact on the environment.

Enhancement of Comprehensive Fabric Performance:Cellulase treatment can not only improve the softness of fabrics but also benefit other fabric properties. For example, the removal of surface microfibrils reduces the pilling and fuzzing of the fabric, extending its aesthetic lifespan. At the same time, due to the adjustment of the fiber structure, the hygroscopicity of the fabric may also be enhanced. When worn, it can better absorb and dissipate human sweat, improving the wearing comfort.

Key Factors in the Treatment Process:

Fristly :Type and Concentration of Enzyme

Cellulases from different sources and types vary in their activity and action characteristics. In practical applications, it is necessary to select the appropriate cellulase according to the fabric fiber type, fabric structure, and expected results. The concentration of the enzyme is also crucial. A too - low concentration may not achieve the desired softening effect, while an excessively high concentration may over - hydrolyze cellulose, resulting in a decrease in fabric strength. BBT Granular enzyme textile is a good type cellulase.

Secondly: Reaction Conditions

Temperature, pH value, and treatment time are key factors affecting the cellulase reaction. Each type of cellulase has its optimal operating temperature and pH range. Within this range, the enzyme has the highest activity and can function efficiently. The treatment time needs to be optimized according to the specific fabric conditions and equipment conditions to ensure that a good softening effect is obtained without affecting other fabric properties.

Conclusion:

The cellulase - based softening treatment technology, with its unique mechanism of action, environmental advantages, and enhancement of comprehensive fabric performance, occupies an important position in the modern textile industry. With the continuous improvement of consumers' requirements for textile quality, this technology is expected to be more widely applied and further developed in the future, bringing more innovation and breakthroughs to the textile industry.

#Good stability enzyme #granular enzyme manufacturer#