TW-LC Enzyme Manufacturer:
We specialized in manufacturing and supplying world-class textile enzymes in the market of India. Strong networks of Wilton Bioscience emerge as a leading manufacturer, exporter, and supplier of textile enzymes for indian and overseas market.
TW-LC – Laccase Wilton is a specialized textile enzyme used primarily in the textile and garment industry for eco-friendly and efficient denim processing, biobleaching, and other finishing applications. Derived from advanced microbial strains, TW-LC Laccase is designed to oxidize phenolic compounds, making it particularly effective for reducing indigo dyes on denim fabric, creating a “stone-washed” or faded effect without the need for harsh chemicals.
Key Benefits:
- Eco-Friendly Denim Processing: TW-LC Laccase offers an environmentally safe alternative to traditional stone-washing methods by gently reducing indigo dye, giving denim a faded look with minimal water and chemical use.
- Enhanced Fabric Quality: Unlike abrasive methods, this enzymatic process maintains the integrity and softness of the fabric, resulting in a smoother feel and longer-lasting textile quality.
- Energy and Cost Efficiency: The enzyme works effectively at lower temperatures, reducing the energy needed for denim processing, and minimizing operating costs for manufacturers.
- Versatile Textile Applications: While ideal for denim biobleaching, TW-LC Laccase is also suitable for various textile applications requiring oxidative reactions, including improving color fastness and enhancing brightness without affecting fiber strength.
Application:
TW-LC Laccase can be easily incorporated into textile processing steps, especially for denim and other cotton fabrics requiring a faded look. It is often used in the finishing process, where it safely and effectively reduces color in treated areas, creating the desired “washed” appearance.
TW-LC – Laccase Wilton provides textile manufacturers with a sustainable, cost-effective enzyme solution for textile processing, meeting the growing demand for eco-friendly alternatives in the fashion and garment industry.
