Brief: Discover the Full Automatic Control System Energy Saving Multi-Flow High Temperature Dyeing Machine, a cutting-edge solution for efficient and high-quality fabric dyeing. This advanced machine offers multiple dyeing modes, low production costs, and a bath ratio of 1:3, ensuring smooth fabric running at speeds up to 400 m/min. Perfect for various fabric types, it’s designed for superior performance and energy savings.
Related Product Features:
Offers three dyeing modes: pure airflow, pure overflow, and air-overflow mixed dyeing for versatile fabric treatment.
Features a low bath ratio of 1:3, reducing water and chemical usage while maintaining high-quality dyeing results.
Achieves fabric running speeds up to 400 m/min, suitable for diverse dyeing process requirements.
Maximum operating temperature of 135℃, ensuring efficient high-temperature dyeing.
Includes a multi-function reserve cylinder (optional) with a maximum operating temperature of 85℃ for additional flexibility.
Equipped with a carefully designed circulation system for smooth fabric operation and energy efficiency.
Available in multiple models with capacities ranging from 25KG to 6T to suit various production needs.
Features an advanced controller for precise and automated dyeing process management.
Las preguntas:
What are the different dyeing modes available in this machine?
The machine offers three dyeing modes: pure airflow dyeing, pure overflow dyeing, and air-overflow mixed dyeing, providing versatility for different fabric types.
What is the maximum fabric speed this machine can achieve?
The machine can achieve a maximum fabric speed of 400 m/min, ensuring efficient and high-speed dyeing processes.
What is the bath ratio of this dyeing machine?
The machine operates at a low bath ratio of 1:3, which helps in reducing water and chemical usage while maintaining excellent dyeing quality.
What is the maximum operating temperature of the main cylinder?
The main cylinder has a maximum operating temperature of 135℃, making it suitable for high-temperature dyeing processes.