We are manufacturing Rapid Jet Dyeing Machine, textile dyeing machine, rapid jet dyeing machinery and textile dyeing machinery.
Economical Long Tube Rapid Jet Dyeing Machine Even difficult materials that allow processing by soft flow jet dyeing machines are dyed smoothly in this method. For example. M/s – Alignment of lining can be prevented. Most suitable direct fabric and multiple materials such as non- – woven and blended materials etc.
Vastly Improved Smother Running Condition Dyeing of Micro – fiber lower liquor ration (lower than 1.8) reducing of running coat and total water consumption with effluent treatment cost.
Running at stable, Lower tension No more clogging up in the back of the chamber at room temperature to get better result of Bo-finish & of shirting & suiting also.
Our latest design required slop on rear construction improves smother fabric transportation and stable loading condition to get tangle free operation during the low & high temp. Process.
Low liquor ration dyeing More uniform circulation and better liquid better separating structure contributes to stable and lower tension running while process.
Exclusive Features :
Liquor ratio – 1:4 to (Wet Fabrics)
Adjustable ball type nozzle.
Main vessel & basket – SS 316 L
Motor 10 HP To 15 HP (as per fabric weight)
Fabric drive reel with A.C Motor & Frequency controller.
The Economical Beam Dyeing Machine process (patented) introduces a new concept in fabric dyeing. To-day, dyeing industry demands versatility and minimum cost of production. This objective has been well achieved in this process. has designed this unique energy saving process with the aforesaid objective. The help of man made fiber textile research association (Mantra) and sardar vallabhbhai patel regional engineering collage, Surat is gratefully acknowledged. We provide the entire plant beam dye machines and dye machinery.
This invention adopts a highly economical PROCESS, which fealties versatility as well as simplicity, and provided additional advantages such as :- Exclusive Features :
Reduction in heat-energy consumption upto 35%.
Reduction in water consumption upto 80% per batch.