Cellusoft® for biopolishing
Cellusoft® is a family of biopolishing solutions for cotton fabrics. It's suitable for use in both textile mills and laundries. Cellusoft® products give cottons a cleaner surface, with less fuzz and improved pilling notes. The effect lasts beyond 30 washes. Products in the Cellusoft® family are available in a variety of concentrations. They also cover a wide pH and temperature range.
Suitable for cotton biopolishing
Products in this family remove protruding microfibrils and dead cotton from the surface of cotton fabrics. That leads to a cleaner surface and improved pilling notes. The result is cotton fabrics that stay looking new for longer.
Upgrades fabric quality
Dead cotton and other issues can cause lower grade cotton to impact fabric durability and appearance. Products in this family allow you to upgrade carded and other low grade cottons. The result is longer-lasting and better-looking fabrics.
Gives a durable soft, clean and bright surface
Products in this family remove protruding microfibrils from the fabric surface. That helps you produce smoother, softer fabrics. The fabrics are also more durable, as they retain their vibrant colors/whiteness and high quality wash after wash.
Reduces weight and strength loss
Selected products in this family are suited to the CombiPolish® process. This leads to lower weight and strength loss than conventional biopolishing processes.
Eliminates undyed spots on garments
By removing dead cotton that leads to undyed spots on garments, products in this family help with even dyeing across garments.
Available in wide pH and temperature ranges
The products in this family are available in a wide temperature and pH range, so you can find a product to suit your processing conditions.
Can be used before, during and after dyeing
Neutral and low-temperature products in this family are suitable for use before, during and after dying. That gives you more flexibility in your process.
A more sustainable solution
This product is both biodegradable and renewable. It saves water and energy as well as reducing chemical loads in your effluent. That makes it a more sustainable solution that can also improve worker safety in your mill.
Certain Cellusoft® products are specially developed to work in the one-step CombiPolish® process. This is an award-winning, patented biopolishing process.
In the process, the biopolishing step is combined with bleach-clean up in the dye bath. That allows knitting mills to save up to 90 minutes per batch. It also allows them to cut up to two baths from their process. Specially engineered Cellusoft® enzymes are compatible with the salts and dyestuff in the dyebath.
The CombiPolish® process has won innovation awards from the Society of Dyers and Colourists. It's also recognized as an industry better practice by both the China Knitting Industry Association and the Bangladesh-based NGO Partnership for Cleaner Textiles (PACT).
CombiPolish® Wins Innovation Award
CombiPolish® Wins Innovation Award
”This award is given to companies who have reached the pinnacle of achievement in textile dyeing and finishing” says Dr. Ian Holme, the chairman of the Society of Dyers and Colourists Innovations Award committee.
Marks & Spencer Cardigans Stay New™ with Enzymes
Marks & Spencer Cardigans Stay New™ with Enzymes
Our biopolishing solution is the basis of the new technology that one of England’s leading retailers is using to promote their long-lasting school cardigans.
The microfibrils that protrude from cellulose-based fibers cause fuzz and pilling. They also trap dirt and obscure colors. By breaking down microfibrils, cellulases prevent these effects.
Textile mills biopolish cellulose-based fabrics before, during or after dyeing. The process improves the surface softness, cleanness and brightness of a range of fabrics. These include cotton, viscose, lyocell and modal.
Microfibrils are microscopic hairs that protrude from the fibers of these fabrics. They lead to fuzz and pilling, which makes the fabric surface feel rough. They also trap dirt to reduce cleanness. Both the trapped dirt and the microfibrils themselves make colors and whites look less bright.
The cellulose molecules that form the fibers of these fabrics consist of long glucose chains. It's thought that biopolishing cellulases specifically target and cut protruding microfibrils into smaller sugars. This makes them easier to lift away from the fabric. The result is softer, cleaner and brighter fabrics with less fuzz and improved pilling notes.