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...) fermentation and advanced post-process technology. It can catalyze the hydrolysis of lipids to remove oil and dirt, and has the advantages of high reaction efficiency, mild conditions, no toxic side effect...
Washing Lipase: high reaction efficiency, mild conditions, no toxic side effects Besthway Washing Lipase is developed by Besthway Technology with modern genetic engineering, microbe (Aspergillus niger) fermenta...
...modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers and is suitable for the washing treatment of cotton and linen and other cell...
...acid cellulase-based enzyme, developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers and is su...
Washing Protease Besthway Washing Protease is developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology, which consists of different proteases. ...
...acid cellulase-based enzyme, developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers and is su...
...enzyme washing polyester Vest Shell fabric:94%polyester 6%spandex Inner fabric:100%polyester compound,weight:260g/m2 Large chest pockets Garment enzyme washing Soft shell fabric,weight:450g/m2 PRODUCT PARAME...
...-based enzyme, developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers under neutral pH condit...
Washing Protease Besthway Washing Protease is developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology, which consists of different proteases. ...
Washing Protease Besthway Washing Protease is developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology, which consists of different proteases. ...
Washing Protease Besthway Washing Protease is developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology, which consists of different proteases. ...
Lipase Besthway Lipase is developed by Besthway Technology with modern genetic engineering, microbe(Aspergillus niger) fermentation and advanced post-process technology,which can catalyze the hydrolysis of lipi...
... post-process technology. It can effectively degrade cellulose fibers under neutral pH conditions, and is suitable for cotton and linen and other cellulose fiber fabrics and their blended fabrics or garments...
... post-process technology. It can effectively degrade cellulose fibers under neutral pH conditions, and is suitable for cotton and linen and other cellulose fiber fabrics and their blended fabrics or garments...
... post-process technology. It can effectively degrade cellulose fibers under neutral pH conditions, and is suitable for cotton and linen and other cellulose fiber fabrics and their blended fabrics or garments...
... post-process technology. It can effectively degrade cellulose fibers under neutral pH conditions, and is suitable for cotton and linen and other cellulose fiber fabrics and their blended fabrics or garments...
...acid cellulase-based enzyme, developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers and is su...
...process technology. It can effectively degrade cellulose fibers and is suitable for the washing treatment of cotton and linen and other cellulose fiber fabrics and their blended fabrics or garments to achiev...
...cellulase-based enzyme, developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers and is suitabl...
...acid cellulase-based enzyme, developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively degrade cellulose fibers and is su...