Sizing Machine:
Sizing machine is a weaving machine in textile
mills and this machine is used by textile manufacturers to apply size
material to the warp yarns before weaving. This machine is not necessary for
knitting which used for textile sizing . It is used to protect the yarn from
abrasion and improve the breaking strength of the yarn of textile world.
Function of the Machine for Textile
Industry Process:
·
Used for shuttle and
shuttleless looms length of textile industry process.
·
High speed
during textile manufacturing.
·
Best support after sale
service for textile sizing.
·
Singeing Machine and
Desizing Machine is used for woven fabric also.
Sizing:
Sizing is the process of applying protective adhesive coating on the yarn
surface. So that the warp yarn can withstand against the weaving forces.
Another way, sizing is an application of size and lubricants to the warp yarns.
This is the most important segment of weaving preparatory process. Because
sizing has direct influence on the weaving efficiency. It is used to protect
the warp from the rigours of weaving.
Sizing of Warp Yarn
The size is a
film-forming polymer such as starch and is applied from a solution. Better the quality
of sizing higher the weaving efficiency & vice versa. In fact without
sizing, in most of the cases it is almost impossible to run the weaving
process. Moreover in case of towel manufacturing rotor (open end) & low
twisted yarns are mostly used. Therefore sizing should be done very precisely
for towel manufacturing.
Process Definition:
Sizing is a process by which
films of chemicals are applied over the yarn.
·
To impart more strength in the yarn.
·
To impart more resistant to abrasion.
·
To impart flexibility in the yarn.
·
To reduce hairiness in the yarn.
Process Requirement:
1.
Direct warp beam sizing machine.
2.
Sectional warp beam sizing machine.
Flow Chart For Sizing of
Warp Yarn:
Size Cooking
↓
Creeling
↓
Yarn Feeding
↓
Sizing (in show box)
↓
Drying
↓
Leasing
↓
Denting
↓
Empty Beam Feeding & M/C Running
↓
Ends Cutting
↓
Doffing


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