Bio-polishing Enzyme: Enhancing the Quality of Textiles

Bio-polishing enzymes have revolutionized the textile industry by improving the quality of fabrics.  These enzymes are used to remove protruding fibers and impurities from the surface of cotton, silk, and other fabrics.  In this article, we will discuss three bio-polishing enzymes that are commonly used in the textile industry.

Cellulase is an enzyme that breaks down the cellulose fibers in cotton fabrics.  Cotton fibers have a twisted, ribbon-like structure, which gives them a rough surface.  Cellulase works by breaking down the twisted fibers, resulting in a smoother surface that is less prone to pilling.  This enzyme also removes the impurities and excess dye that may have accumulated on the fabric during the manufacturing process.

Protease is an enzyme that breaks down protein-based fibers such as silk and wool.  These fibers have a smooth surface, but they are prone to fuzziness and pilling.  Protease works by breaking down the protein molecules that cause fuzziness and pilling, resulting in a smoother and more lustrous fabric.  This enzyme is also effective in removing stains and odors from silk and wool fabrics.

Amylase is an enzyme that breaks down starch-based impurities that may be present on the surface of fabrics.  Starch is commonly used as a sizing agent during the manufacturing process to give fabrics a crisp feel.  However, starch can also attract dirt and other impurities, making the fabric appear dull and dingy.  Amylase breaks down the starch molecules, resulting in a softer and more vibrant fabric.

In conclusion, bio-polishing enzymes have become an indispensable tool in the textile industry.  They enhance the quality and appearance of fabrics, making them more appealing to consumers.  The three enzymes discussed in this article, cellulase, protease, and amylase, are just a few examples of the many bio-polishing enzymes available to textile manufacturers.  With continued research and development, bio-polishing enzymes are sure to play an even greater role in the future of textile production.


  • 人造石说明书


    前言 在洗涤牛仔布的过程中,天然石材研磨产生的固体废物一直是一个令人困扰的问题。随着人工成本的增加,固体废物的处理成本和难度也在增加。为了解决上述问题,我们开发了一种环保的人造石。人造石的优点是在洗涤过程中不会产生粒状固体废物。洗涤过程中产生的粉末与水一起从排水管中流出,不会阻塞排水管。其次,在外观上有洗涤效果。用天然火山石洗净后,会产生细小的杂石固体废物。同时,这些固体废物还会与纤维屑和化学废料混合在一起,这些化学废料会粘贴在牛仔裤

  • 人造石说明书


    前言 在洗涤牛仔布的过程中,天然石材研磨产生的固体废物一直是一个令人困扰的问题。随着人工成本的增加,固体废物的处理成本和难度也在增加。为了解决上述问题,我们开发了一种环保的人造石。人造石的优点是在洗涤过程中不会产生粒状固体废物。洗涤过程中产生的粉末与水一起从排水管中流出,不会阻塞排水管。其次,在外观上有洗涤效果。用天然火山石洗净后,会产生细小的杂石固体废物。同时,这些固体废物还会与纤维屑和化学废料混合在一起,这些化学废料会粘贴在牛仔裤

  • 金石达产品检测证书


    还有更多内容,请检查文件: →Kingstar product testing certificate←        

  • Can a bathtub be installed in a small space? | artificial stone bathtub

    Can a bathtub be installed in a small space? | artificial stone bathtub

    Our family is a small apartment, the bathroom is only about 4 square meters, I wanted a bathtub at that time, but I didn't expect it could be installed. I chose the bubble sitting style, because the space is too smal

  • Know what types of artificial stone marble are there

    Know what types of artificial stone marble are there

    artificial stone marble is light, high-strength, corrosion-resistant, pollution-resistant, disinfected, and patterned, making it an ideal decorative material. There are four main types of artificial stone marble。