High temperature, high pressure, ultra-low bath ratio full mode yarn dyeing machine GF241XLB series
The three-stage impeller pump using centrifugal pump and axial flow pump achieves high head, high flow rate, and efficient operation. Stable output can be maintained at various temperatures, bath ratios, and pressures, ensuring the stability and reproducibility of dyeing;
Fast pressure dryer GFRD series
1、 The microprocessor accurately controls the entire drying process, effectively avoiding phenomena such as excessive dryness of yarn and yellowing of bleached yarn;
2、 After dyeing, the bobbin frame can directly enter the drying machine (one-stop) to squeeze water, dry, and seamlessly connect, without any other operations in the middle;
GFS-A (HT) jet hank dyeing machine series
GFS-A (HT) low bath ratio jet hank dyeing machine is designed for dyeing and scouring, bleaching, dyeing, and washing of various high-end hanks, ribbons, edging bags, and ropes. The rotation speed of the nozzle is 2.3 r/min, and the bath ratio is as low as 1:5.5.
High temperature and high pressure yarn dyeing machine - GF241B series
1. Patent designed 1:5 low bath ratio, low power consumption counterbalance mixed flow pump. Based on various
Yarn achieves the required flow rate and pressure for dyeing, ensuring perfect dyeing quality under low bath ratio conditions.
2. Fully filled, pneumatic, and hybrid.
3. Built in coil heat exchanger, placed at the bottom of the dyeing tank to improve heat exchange efficiency and reduce bath ratio.
GF241XLZ Ultra Low Bath Ratio High Temperature High Pressure Zipper Dyeing Machine
Unique and the only low-carbon green product in the world, EXCEL GF241XLZ ultra-low bath ratio high-temperature high-pressure zipper and ribbon dyeing machine
Characteristics of Qiwu:
Bath ratio: 1:3-3.5, ribbon dyeing machine;
Ton zipper (including cooling water/reduction cleaning) 10-15 tons, saving 70% compared to Fu Tong dyeing machine;
Ton zipper power consumption: 280-350 degrees Celsius, saving 30% compared to Fu Tong dyeing machine;