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STORM-SAF5-4HT
TECCO
Existing airflow or air atomization dyeing machines on the market suffer from inherent design flaws, resulting in several limitations. These include high power consumption, low wind pressure, uneven wind power distribution across each pipe, excessive fuzzing of short fiber fabrics, poor color fastness, uneven dyeing shades, and inadequate levelness.
Our company has developed an innovative solution that addresses these limitations head-on. 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 versatile dyeing modes, with automatic switching capabilities, effectively overcome issues such as high energy consumption, uneven wind power, pilling, poor levelness, and subpar color fastness. This model surpasses previous generations of air atomization and airflow dyeing machines, particularly for high-density fabric creases that were previously unsolvable. It represents a revolutionary breakthrough in the dyeing industry, providing an optimal solution for enhancing fabric quality while reducing energy consumption.
Experience Unmatched Dyeing Excellence with our 3-in-1 Air Atomization Dyeing Machine. Contact our sales team today for more information, including detailed specifications, pricing, and technical details. We are committed to transforming your dyeing processes and setting new industry standards.
Existing airflow or air atomization dyeing machines on the market suffer from inherent design flaws, resulting in several limitations. These include high power consumption, low wind pressure, uneven wind power distribution across each pipe, excessive fuzzing of short fiber fabrics, poor color fastness, uneven dyeing shades, and inadequate levelness.
Our company has developed an innovative solution that addresses these limitations head-on. 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 versatile dyeing modes, with automatic switching capabilities, effectively overcome issues such as high energy consumption, uneven wind power, pilling, poor levelness, and subpar color fastness. This model surpasses previous generations of air atomization and airflow dyeing machines, particularly for high-density fabric creases that were previously unsolvable. It represents a revolutionary breakthrough in the dyeing industry, providing an optimal solution for enhancing fabric quality while reducing energy consumption.
Experience Unmatched Dyeing Excellence with our 3-in-1 Air Atomization Dyeing Machine. Contact our sales team today for more information, including detailed specifications, pricing, and technical details. We are committed to transforming your dyeing processes and setting new industry standards.
1. What are the different dyeing modes available in the Full-Mode Model Dyeing Machine?
- The machine can switch freely between air atomization, airflow, and overflow dyeing modes.
2. What types of fabrics are suitable for this machine?
- The Full-Mode Model is suitable for both thick and tightly woven fabrics, as well as normal knitted fabrics.
3. What are the minimum liquor ratios for air atomization and airflow dyeing?
- The lowest liquor ratio for air atomization dyeing is 1:3, and for airflow dyeing, it is 1:4.
4. Is there a pure overflow function available?
- Yes, the machine offers a pure overflow mode that can be set according to customer requirements.
5. What is the patented design feature of this machine?
- The machine features a patented direct-link blower with double air vents, which greatly increases wind pressure. Additionally, the minimum power consumption of a single tube is only 3.5KW, making it more energy-efficient than similar airflow dyeing machines in the market. A larger blower can also be chosen for fabrics that are prone to creasing.
6. What intelligent control features are included in the standard configurations?
- The standard configurations include a flow meter for water supply control, automatic lint filtering system, intelligent washing system, seam detecting system, proportional heating and cooling system, and dynamic drainage.
7. What is the maximum capacity of each tube and the dyeing machine?
- The maximum capacity of each tube is 400kg, and the maximum capacity of the dyeing machine is 4800kg.
8. How does the machine achieve ultra-low energy consumption?
- The blower has a minimum energy consumption of 3.5KW per tube, which is comparable to overflow dyeing machines. Additionally, the machine saves water similar to airflow dyeing machines.
9. What are the water, power, steam, and auxiliaries consumption rates for cotton and woven polyester fabrics?
- For cotton fabric (reactive dyes), the approximate water consumption is 37 tons per ton of fabric (dark color), power consumption is approximately 190KWH per ton of fabric, steam consumption is approximately 1.4 tons per ton of fabric, and auxiliaries consumption can be saved by 40%.
- For woven polyester fabric (disperse dyes), the approximate water consumption is 18 tons per ton of fabric (dark color), power consumption is approximately 80KWH per ton of fabric, steam consumption is approximately 1.2 tons per ton of fabric, and auxiliaries consumption can be saved by 40%.
10. What types of fabrics can be dyed with high quality using this machine?
- Knit fabrics: 8S-21S single jersey, 16S-21S OE yarn, 26S-50S double-sided ply yarn, taffeta, TR/NR Ponte-de-roma, small circular knitting single jersey, four-way stretch five/seven layers of different materials composite fabrics, thick fleece, and terry fabrics.
- Woven fabrics: Memory-like fabric, pongee, polyester taffeta, chiffon, nylon taffeta, polyester four-way stretch, CEY ice silk wrinkle, Vinegar Silk Cotton, 50D High Elastic, taslan, and nylon four-way stretch.
- Nylon synthetic fiber: Swimwear fabric, nylon spandex 8020, polyester spandex, polyester spandex mesh fabric, lace, wedding fabric, and more. This machine effectively solves the difficult dyeing of fabrics using low liquor ratio overflow dyeing machines.
If you have any further questions or require additional information, please feel free to contact us.
1. What are the different dyeing modes available in the Full-Mode Model Dyeing Machine?
- The machine can switch freely between air atomization, airflow, and overflow dyeing modes.
2. What types of fabrics are suitable for this machine?
- The Full-Mode Model is suitable for both thick and tightly woven fabrics, as well as normal knitted fabrics.
3. What are the minimum liquor ratios for air atomization and airflow dyeing?
- The lowest liquor ratio for air atomization dyeing is 1:3, and for airflow dyeing, it is 1:4.
4. Is there a pure overflow function available?
- Yes, the machine offers a pure overflow mode that can be set according to customer requirements.
5. What is the patented design feature of this machine?
- The machine features a patented direct-link blower with double air vents, which greatly increases wind pressure. Additionally, the minimum power consumption of a single tube is only 3.5KW, making it more energy-efficient than similar airflow dyeing machines in the market. A larger blower can also be chosen for fabrics that are prone to creasing.
6. What intelligent control features are included in the standard configurations?
- The standard configurations include a flow meter for water supply control, automatic lint filtering system, intelligent washing system, seam detecting system, proportional heating and cooling system, and dynamic drainage.
7. What is the maximum capacity of each tube and the dyeing machine?
- The maximum capacity of each tube is 400kg, and the maximum capacity of the dyeing machine is 4800kg.
8. How does the machine achieve ultra-low energy consumption?
- The blower has a minimum energy consumption of 3.5KW per tube, which is comparable to overflow dyeing machines. Additionally, the machine saves water similar to airflow dyeing machines.
9. What are the water, power, steam, and auxiliaries consumption rates for cotton and woven polyester fabrics?
- For cotton fabric (reactive dyes), the approximate water consumption is 37 tons per ton of fabric (dark color), power consumption is approximately 190KWH per ton of fabric, steam consumption is approximately 1.4 tons per ton of fabric, and auxiliaries consumption can be saved by 40%.
- For woven polyester fabric (disperse dyes), the approximate water consumption is 18 tons per ton of fabric (dark color), power consumption is approximately 80KWH per ton of fabric, steam consumption is approximately 1.2 tons per ton of fabric, and auxiliaries consumption can be saved by 40%.
10. What types of fabrics can be dyed with high quality using this machine?
- Knit fabrics: 8S-21S single jersey, 16S-21S OE yarn, 26S-50S double-sided ply yarn, taffeta, TR/NR Ponte-de-roma, small circular knitting single jersey, four-way stretch five/seven layers of different materials composite fabrics, thick fleece, and terry fabrics.
- Woven fabrics: Memory-like fabric, pongee, polyester taffeta, chiffon, nylon taffeta, polyester four-way stretch, CEY ice silk wrinkle, Vinegar Silk Cotton, 50D High Elastic, taslan, and nylon four-way stretch.
- Nylon synthetic fiber: Swimwear fabric, nylon spandex 8020, polyester spandex, polyester spandex mesh fabric, lace, wedding fabric, and more. This machine effectively solves the difficult dyeing of fabrics using low liquor ratio overflow dyeing machines.
If you have any further questions or require additional information, please feel free to 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 |