Brief: Discover the Cotton Hank Atmospheric Temperature Yarn Dyeing Machine, designed for efficient bleaching, refining, dyeing, and washing of various yarns. With advanced features like an anti-cavitation system and intelligent water regulation, it ensures consistent quality while reducing water and operational costs.
Related Product Features:
Handles bleaching, refining, dyeing, and washing of diverse yarns including spun yarn, rayon, mercerized cotton, silk, and cashmere.
Anti-cavitation system with an energy-efficient, high-capacity pump prevents water insufficiency and ensures consistent dyeing quality.
Integrated weir-flow injection pipe prevents yarn tangling and simplifies unloading, minimizing material loss.
Intelligent water regulator automatically optimizes flow based on yarn specifications and load size.
Advanced 1:10-15 bath ratio design significantly reduces water consumption and operational costs.
Maximum operating temperature of 98℃ with a temperature accelerating rate of 4℃/minute.
Available in multiple models with varying capacities, arm lengths, and dimensions to suit different production needs.
Features high-efficiency main pumps with power ranging from 1.1 KW to 18.5 KW depending on the model.
Perguntas frequentes:
What types of yarns can the Cotton Hank Atmospheric Temperature Yarn Dyeing Machine process?
The machine can process various yarns including spun yarn, rayon, mercerized cotton, silk, and cashmere.
How does the anti-cavitation system improve dyeing quality?
The anti-cavitation system incorporates an energy-efficient, high-capacity pump that prevents water insufficiency, ensuring consistent dyeing quality even at high temperatures.
What are the benefits of the intelligent water regulator?
The intelligent water regulator automatically optimizes water flow according to yarn specifications and load size, enhancing efficiency and reducing waste.
What is the maximum operating temperature of the machine?
The maximum operating temperature of the machine is 98℃, with a temperature accelerating rate of about 4℃/minute.