TW-GO 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-GO – Glucose Oxidase Wilton is a specialized textile enzyme used primarily in the textile and garment processing industries to improve fabric quality, brightness, and overall finish. This enzyme is particularly effective for treating natural fibers like cotton and wool. By removing glucose residues, it supports a cleaner, more uniform surface, ideal for enhancing color vibrancy and reducing chemical usage in dyeing and bleaching processes.
Key Benefits:
- Enhanced Fabric Brightness: TW-GO breaks down residual glucose on fabric surfaces, preventing yellowing and helping fibers maintain a cleaner, brighter appearance.
- Improves Dyeing Consistency: The enzyme pre-treats fibers to ensure uniform color uptake, enhancing dye quality and vibrancy, which is especially useful for high-quality textile production.
- Eco-Friendly Alternative: By reducing the need for harsh chemicals during bleaching, TW-GO offers a more sustainable processing option, lowering environmental impact and enhancing worker safety.
- Reduces Fabric Damage: The gentle enzymatic action helps maintain fiber integrity, resulting in softer, smoother textiles without the damage caused by aggressive chemical treatments.
Application:
TW-GO is typically used in pre-treatment processes for cotton and other cellulose-based fabrics. It can be integrated into standard washing and bleaching cycles, reducing the need for chemicals and energy-intensive processes, and ensuring consistent results across batches.
TW-GO – Glucose Oxidase Wilton provides textile manufacturers with an efficient, sustainable enzyme solution to improve fabric quality, enhance dye uptake, and support environmentally friendly production methods. It is an ideal choice for companies seeking high-quality finishes with reduced chemical dependency.
