Soft Overflow Dyeing Machines

Product Description

Soft Overflow Dyeing Machine is ideal for processing of all type of fabric either in woven or knitted form. Fabric made out of Polyester, Nylon, Wool, Acrylic, Silk, Cellulosic and their blends can be processed in Soft Overflow Dyeing Machines.

Specifications:

• Models
• Round type: 25 kg up to 1050 kg
• J type: 25 kg up to 1050 kg
• Terry towels-round type: 10 kg up to 650 kg
• Automation with PC-10 for time Temperature control

 

 Features of Soft Overflow Dyeing Machines:

• In standard model, automation is through Microprocessor Programmer PC-10 to control time V/S temperature parameters temperature control is time proportioning
• The controller has additional feature of programmable operator call function at the end of each stage
• Higher levels of automation can be offered with Microprocessor Programmer S-263 / S-520

 

Few of the parameters can be controlled with S-260 / S-520 are: Heating, Cooling, Overflow Rinsing, Operator call, Water fill, Water drain, Loading, main tank and addition tank level control, setting of parameters, End of process alarm, Constant parameter setting, Dosing. In short by Full automation, entire cycle from scouring, Bleaching, Dyeing to washing can be controlled with minimum manual intervention.

Advanced Automation for Superior Dyeing Results

This machine integrates automatic functions and PLC digital controls, allowing seamless fabric dyeing with minimal manual intervention. The HMI interface streamlines program adjustments, process monitoring, and ensures precise temperature control, crucial for optimal dye penetration and color consistency. Its adaptable chamber options suit various batch sizes and requirements.


Exceptional Versatility and Energy Efficiency

Supporting a broad temperature spectrum up to 135C, the Soft Overflow Dyeing Machine is tailored for cotton, polyester, rayon, and blends. The centrifugal pump ensures uniform dye and liquor distribution, while the low liquor ratio reduces water and energy usage, making the process both sustainable and economical for modern textile demands.