Enzymes
Eco-Friendly Textile Enzymes for Sustainable
Fabric Performance
Enzymes are biological polymers that act as biocatalysts. Their use in textile processing offers an eco-friendly alternative to harsh chemicals, reducing water, energy, and resource consumption.
Our Biogreen range of products provide high-performance enzymes for efficient and sustainable solutions textile processing. Right from bio-polishing and desizing to scouring and bleaching, our product offering cover everything under the umbrella.
Products at Biogreen are designed to enhance fabric quality while minimizing environmental impact, helping manufacturers achieve eco-friendly, cost-effective production and supporting a more sustainable future for the textile industry.
Our specialized enzymes effectively break down residual hydrogen peroxide after bleaching, ensuring optimal dye uptake and shade consistency. This eco-friendly solution eliminates the need for multiple rinses or harsh chemicals, saving water and energy while streamlining the pre-treatment process.
Our amylase based biodesizing enzymes offer an efficient and sustainable alternative to traditional desizing methods. Specifically designed to break down starch-based sizing agents, they ensure thorough removal without fabric damage—reducing water usage, processing time, and environmental impact, while improving fabric absorbency for optimal dyeing results
Pectinase based Bioscouring enzymes offer a sustainable alternative to traditional scouring methods by gently removing natural impurities such as waxes, oils, and pectins from cotton and cellulosic fibers. This process improves fabric wettability and dye uptake while significantly reducing water, energy, and chemical usage and lesser TDS, and better COD & BOD.
Biopolishing Cellulase enzymes enhance fabric quality by removing surface fuzz and protruding fibers from cellulosic textiles. This process results in a cleaner, smoother appearance, improved softness, and reduced pilling—delivering long-lasting aesthetics and a premium feel, all while supporting sustainable textile finishing.