Acid Cellulase Enzyme For Biopolishing Fabric Industrial Use EINECS 232-565-6

High Activity Biodegradable Enzyme In Textile Process Cellulase Fabric Enzyme

Product Description

Neuzyme N740 is salt and alkaline resistant , a concentrated cellulase, and can be used for bio-polishing and de-pilling in one bath at pH 7.0-8.0, with strong points of low strength loss and no back-staining. Direct use or reformulated.

Cellulases are the third largest group of enzymes used in textile applications. To remove hairiness of the cellulose threads used in textile production with negligible weight loss, cellulases have been used effectively in developing the smooth and glossy appearance of the cloth while imparting color brightness. Enzymatic washing of cotton cloths generally involves acidic cellulase from T. reesei and neutral cellulases from Humicola insolens

Features and Benefits

1) Can improve the surface finish of the fabric, make the texture clear, greatly reduce the pilling rate, and effectively improve the hand feeling of the fabric.

2)​ Can be applied in a wide pH range (7.0-8.0), no need to adjust the acid, can be directly applied under the condition of neutral pH (about 8.0), easy to use, good effect

3)​ Suitable to formulate Neuzyme N740 to products for deoxygenation, bio-polishing, and de-pilling and dyeing in one bath; it has good salt resistance and can be directly used for bio-polishing and dyeing in one bath process after neutralization and deoxygenation, saving energy and time, and reducing cost by 20%

4)​ Compatible with other textile auxiliaries, including buffering agents, dispersing agents, and non-ionic surfactants

​Note: Before use additives along with enzymes, need to check the compatibility to ensure the efficacy of the enzymes.

Our R & D Capability

Although a relatively young company established in 2005, Vland has quickly become a formidable, innovation-driven enterprisefueled by its highly-trained and specialized team. The group employs 26 Ph.Ds and nearly 300 associates with Master’s degrees.