In the world of the textile industry, every fiber tells a story of quality and innovation. As the concepts of environmental protection and sustainability continue to advance, the textile industry is undergoing a quiet but far-reaching revolution, and biopolishing enzymes are one of the core technologies of this revolution.

Imagine your clothes, their fibers are like human skin, and there may be ‘burrs’ and ‘blemishes’ on the surface. Traditional polishing methods are like sandpapering, which removes the imperfections but causes irreversible damage to the fibers. Bio-polishing enzyme, on the other hand, is like a ‘gentle treatment mask’ for fibers.

BBT's pure, granular neutral cellulase precisely targets unwanted pilling on the fiber surface and ‘cuts’ it down to a smooth, delicate finish. It not only makes the fabric feel softer but also gives it a natural luster and texture.

What's more, all this is done under gentle conditions, without relying on high temperatures, strong acids, or alkalis, making it both environmentally friendly and efficient. In addition, BBT granular enzyme adopts advanced coating technology, which effectively protects the enzyme's stability and significantly reduces the loss of enzyme activity when mixed with other chemicals. Compared with liquid or powder products on the market, BBT Granular Enzymes have superior stability, ensuring consistent high performance from batch to batch.

Textiles treated with BBT granular bio-polishing enzyme are no longer ordinary clothes, but works of art with ‘smooth skin’.

In the traditional polishing process, many chemicals are used, which can pollute water and soil. As natural proteins, enzymes are biodegradable and significantly reduce water and energy consumption.

Data shows that through the process modification of bio-polishing enzymes, the factory's water consumption can be reduced by more than 30 percent, and carbon dioxide emissions are also significantly reduced. Earth-friendly production methods allow the textile industry to take an important step towards a greener future.