Application Of Singeing And Bio Polishing (Enzyme) On Different Type Of Knit Fabric

Application Of Singeing And Bio Polishing (Enzyme) on Knit Fabric depends on the behavior of fiber and fabric. We use singeing and bio polishing(enzyme) to clean the fabric surface. The basic is that enzymes can damage the knit fabric but singing can not. So that we use singeing on that type of fabric which can be damaged by bio polishing/enzyme.

As an example, viscose fiber or fabric strength is lower. So viscose can lose its strength on enzymatic treatment.

Some loose-knit fabrics structure are damaged during enzymatic treatment because their strength is lower than ordinary fabric.

But without-bio polishing, it is not possible to make the fabric surface clean. To solve this problem we need singing which is the treatment of woven fabric.

Application chart of biopolishing (Enzyme) and singing on different Knit fabrics:

F/ TYPECOMPOSITIONSPECIALTYENZYME AND SINGINGWHY NEED
ALLALLDIGITAL AOPSINGEING + ENZYME( IF NEED)Digital all-over printing needs surface clean
ALLALLNEBUDYESINGEING + NO ENZYMENebu dye requirement
BABY TERRYCTN+POLY SINGEING TERRY PART+NO ENZYMEThe back part (Terry part) of the fabric will be the face side of the body which is why it needs a clean surface
ALLCTN+TENCEL 50/50 SINGEING+ENZYMEFor cotton, Tencel blend fabric
L/ FLEECE220- 240 GSM SINGEING+LIGHT ENZYMEFor lower gsm fabric
S/J, SLUB S/J120-145 GSM SINGEING+NO ENZYMEFor lower gsm fabric where enzymes can damage the fabric
MICRO SLUB/J  SINGEING+NO ENZYMEThe enzyme can damage the fabric
WAFFLE290 GSM SINGEING + NO ENZYMEThe enzyme can damage the fabric
WAFFLE220 GSM SINGEING + NO ENZYMEThe enzyme can damage the fabric
LONG SLUB/J  SINGEING+ LT ENZYMEThe higher enzymes can damage the fabric
ALL120-180 GSMFAKE/ MERCERIZEDSINGEING+ENZYMETo make the fabric cleaner which can produce a mercerized look
ALL>200 GSMFAKE/ MERCERIZEDNO SINGEING+ENZYMETo make the fabric cleaner which can produce a mercerized look
ALLCTN+RECYCLE CTN80+20SINGEING+NO ENZYMEThe enzyme can damage the recycled cotton
BABY TERRY100% COTTON SINGEING  BOTH PARTSThe enzyme can damage the fabric
DESIGN MESHCVC 60/41 SINGEINGThe enzyme can damage the fabric
CORE S/J, TERRYALL SINGEING+ENZYMEThe higher enzyme can damage the fabric
AMBILIGHT SLUBALL SINGEING+NO ENZYMEThe enzyme can damage the fabric
L/S/JVISCOSE95+5SINGEING+ HEAT SET+NO ENZYMEThe enzyme can damage the fabric
S/JVISCOSE SINGEINGThe enzyme can damage the fabric
2X2 LY RIBCTN/MODAL SINGEING+ENZYMECotton and modal blend need more enzymes to clean the surface
 CTN/MODAL50+50SINGEING+ENZYMECotton and modal blend need more enzymes to clean the surface
SLUB/JCTN/ RECYCLE CCTN80+20SINGEING + NO ENZYMEThe enzyme can damage the recycled cotton

What is Bio-polishing?

Bio-polishing is a textile finishing process that uses enzymes to remove surface fibers from fabrics, resulting in a smoother and more lustrous appearance. It is a form of biotechnology applied to textiles to improve their physical properties and enhance their quality.

During the bio-polishing process, enzymes are applied to the fabric to break down and remove protruding fibers from the surface, resulting in a smoother texture and improved handle. This process can be used on a variety of fabrics, including cotton, linen, and rayon, and is commonly used in the production of high-quality shirts, sheets, and other fine textiles.

Bio-polishing has several benefits, including improving the appearance and feel of fabrics, increasing their durability, and reducing pilling and fuzziness. It is also a more eco-friendly alternative to traditional textile finishing processes, as it requires less water and energy and produces fewer harmful byproducts.

Final Word:

Application of singeing and Bio polishing depends on the behavior of fiber and fabric characteristics. The fabric which can be damaged with enzyme, we have to use singeing for that type of fabrics.

Research link:

You may read some other articles

You can find us on:

Comments 3

Leave a Reply

Your email address will not be published. Required fields are marked *