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STORM-SAF5-4HT
TECCO
The existing air flow or air atomizing dyeing machines on the market have certain design shortcomings. Including high power consumption, low wind pressure, uneven wind power distribution across each pipe, immoderate fuzzing of short fiber fabrics, bad color fastness, color difference.
Our company has developed a new solution that settles these issues directly. Our air atomization, airflow, and overflow (3-in-1) design, combined with the double wind outlet direct connection blower, perfectly eliminates the defects found in conventional dyeing machines.
The flexible and varied dyeing methods, with automatic switching capabilities, effectively overcome these problems, for example, high energy consumption, uneven wind power, fuzzing, pilling, poor levelness, and color fastness is below standard. This machine surpasses previous generations of air atomization and airflow dyeing machines, particularly for high-density fabric creases that were previously unsolvable problem. It represents a revolutionary breakthrough in the dyeing industry, offering an optimal solution for enhancing fabric quality while reducing energy consumption.
Our 3-in-1 air atomizing dyeing machine has Unparalleled dyeing excellence. If you need more information of machine, pls contact our sales team.
The existing air flow or air atomizing dyeing machines on the market have certain design shortcomings. Including high power consumption, low wind pressure, uneven wind power distribution across each pipe, immoderate fuzzing of short fiber fabrics, bad color fastness, color difference.
Our company has developed a new solution that settles these issues directly. Our air atomization, airflow, and overflow (3-in-1) design, combined with the double wind outlet direct connection blower, perfectly eliminates the defects found in conventional dyeing machines.
The flexible and varied dyeing methods, with automatic switching capabilities, effectively overcome these problems, for example, high energy consumption, uneven wind power, fuzzing, pilling, poor levelness, and color fastness is below standard. This machine surpasses previous generations of air atomization and airflow dyeing machines, particularly for high-density fabric creases that were previously unsolvable problem. It represents a revolutionary breakthrough in the dyeing industry, offering an optimal solution for enhancing fabric quality while reducing energy consumption.
Our 3-in-1 air atomizing dyeing machine has Unparalleled dyeing excellence. If you need more information of machine, pls contact our sales team.
1. The patented design features of the machine.
- A direct-link blower with double air vents, which vastly increases wind pressure. In addition, the minimum power consumption of a single tube is only 3.5KW, making it more energy efficient than similar airflow dyeing machines on the market. For fabrics that crease easily, you can also choose a larger blower.
2. Intelligent control features included in standard configuration.
- Standard configuration includes a flow meter for water supply control, automatic lint filtering system, intelligent washing system, seam detecting system, proportional heating up and cooling down system, and dynamic drain away water.
3. How does the machine achieve ultra-low energy consumption?
- The blower has a minimum energy consumption of 3.5KW per tube, same as overflow dyeing machines. Additionally, the machine saves water similar to airflow dyeing machines.
4. What are the water, power, steam, and auxiliaries consumption rates for cotton and woven polyester fabrics?
1)For cotton fabric (reactive dyes)
the water consumption is 37 tons per ton of fabric (dark color) approximately;
power consumption is 190KWH per ton of fabric approximately;
steam consumption is about 1.4 tons per ton of fabric;
it can save 40% auxiliaries consumption.
2)For woven polyester fabric (disperse dyes)
the water consumption is 18 tons per ton of fabric (dark color) approximately;
power consumption is 80KWH per ton of fabric approximately;
steam consumption is about 1.2 tons per ton of fabric;
it can save 40% auxiliaries consumption.
5. How to dye high grade fabrics using this machine?
Reasonable selection of dyes, precise control of process parameters and strict operation specifications can achieve uniform dyeing and high quality dyeing effect. By adjusting the process parameters of the dyeing machine, the color uniformity and high color fastness are ensured.
In addition, the dyeing machine can also effectively control the shrinkage rate and feel of the blended fabric, so that it can maintain good appearance and performance after dyeing.
If you have any questions or require additional information, please contact us.
1. The patented design features of the machine.
- A direct-link blower with double air vents, which vastly increases wind pressure. In addition, the minimum power consumption of a single tube is only 3.5KW, making it more energy efficient than similar airflow dyeing machines on the market. For fabrics that crease easily, you can also choose a larger blower.
2. Intelligent control features included in standard configuration.
- Standard configuration includes a flow meter for water supply control, automatic lint filtering system, intelligent washing system, seam detecting system, proportional heating up and cooling down system, and dynamic drain away water.
3. How does the machine achieve ultra-low energy consumption?
- The blower has a minimum energy consumption of 3.5KW per tube, same as overflow dyeing machines. Additionally, the machine saves water similar to airflow dyeing machines.
4. What are the water, power, steam, and auxiliaries consumption rates for cotton and woven polyester fabrics?
1)For cotton fabric (reactive dyes)
the water consumption is 37 tons per ton of fabric (dark color) approximately;
power consumption is 190KWH per ton of fabric approximately;
steam consumption is about 1.4 tons per ton of fabric;
it can save 40% auxiliaries consumption.
2)For woven polyester fabric (disperse dyes)
the water consumption is 18 tons per ton of fabric (dark color) approximately;
power consumption is 80KWH per ton of fabric approximately;
steam consumption is about 1.2 tons per ton of fabric;
it can save 40% auxiliaries consumption.
5. How to dye high grade fabrics using this machine?
Reasonable selection of dyes, precise control of process parameters and strict operation specifications can achieve uniform dyeing and high quality dyeing effect. By adjusting the process parameters of the dyeing machine, the color uniformity and high color fastness are ensured.
In addition, the dyeing machine can also effectively control the shrinkage rate and feel of the blended fabric, so that it can maintain good appearance and performance after dyeing.
If you have any questions or require additional information, please contact us.
Model | Number of Tubes | Capacity(kg) | Total Power(Kw) | Dimensions(mm) | ||
Length | Width | Height | ||||
SAF5-4HT | 4 | 1600 | 78 | 8980 | 6000 | 3870 |
Model | Number of Tubes | Capacity(kg) | Total Power(Kw) | Dimensions(mm) | ||
Length | Width | Height | ||||
SAF5-4HT | 4 | 1600 | 78 | 8980 | 6000 | 3870 |