Steam generators are one of the core thermal energy devices in the textile printing and dyeing industry. The stable steam they generate can meet the key demands of heating, humidification, and setting in various printing and dyeing processes, significantly enhancing production efficiency and product quality.
The scouring, bleaching and dyeing of textile fabrics all require high-temperature environments to ensure that chemical reactions proceed fully. The saturated steam provided by the steam generator can precisely heat the solutions in the dyeing VAT and scouring tank to the required process temperature (usually 90-130℃), while ensuring uniform and stable temperature, avoiding problems such as uneven dyeing and local color fading of the fabric. Compared with traditional boilers, steam generators heat up quickly, control temperature precisely, and can also reduce the discharge of wastewater pollutants.
After the fabric is printed, it needs to be fixed at high temperature to prevent the pattern from peeling off or fading. The steam generated by the steam generator can be introduced into the steamer to create a high-temperature and high-humidity color-fixing environment for the fabric, allowing the dye to fully penetrate into the interior of the fibers and enhancing the firmness and vividness of the prints. The small steam generator can also be adapted to small-batch printing production lines, offering higher flexibility.
If the air in the textile printing and dyeing workshop is too dry, the fabric is prone to static electricity and pilling, which will affect production and quality. The low-pressure steam produced by the steam generator can be directly introduced into the workshop for humidification, maintaining an appropriate humidity level (generally 60% – 70%), reducing static interference, and enhancing the smoothness of fabric processing.