The high-temperature and high-pressure overflow dyeing machine will be equipped with a motor with a cloth and frequency control for a certain degree, so it can reach 600m/min when the cloth speed is used, and the high-temperature and high-pressure overflow dyeing machine is used to some extent. The design of the structure, so that it can guarantee the high-speed operation of the grey fabric under a low tension state to a certain extent, and also equipped with the impact point of the cloth blank, not only can effectively ensure the fabric in the The orderly stacking of the whole dyeing tank can also avoid the phenomenon of dyeing and folding to the greatest extent, and the cloth blank can be improved in fluffiness and hand feeling.
The high-temperature and high-pressure overflow dyeing machine effectively adopts its special anti-vibration baffle design, so that it can ensure that its dyeing cloth does not rotate during the whole operation process to a certain extent, ensuring uniformity of the entire coloring. degree. The nozzles used on the equipment can be adjusted on the gap, and the cloth can be adjusted at will according to the actual production conditions, effectively achieving full-jet dyeing or half-jet dyeing.
The main body of the dyeing cylinder of the high-temperature and high-pressure overflow dyeing machine has a special inner net design, so that it can effectively maintain its smooth dyeing effect even when dyeing high-density fabrics. Equipped with a fully automatic simulation of the incoming liquid, as well as a feeding and temperature control system, the degree of the dyeing tank is relatively poor.
When the high-temperature and high-pressure overflow dyeing machine is used for a long time, its equipment will deposit dirt on the inner wall of the cylinder. To a certain extent, especially in the printing and dyeing industry, it is very common to control the discharge of sewage. Many printing and dyeing factories save water. It causes a large amount of substances such as dyes, oligomers, greases, and lint to be deposited on the bottom of the cylinder. The consequence is that the dyeing tank will rise and cool down slowly, and there will be a flying point during dyeing. Seriously, the dyeing equipment will be blocked and the dyeing temperature will not rise. Depending on the purpose of the overflow tank, the main components of the deposits in the cylinder are also different, mainly dust, grease, coagulated dyes, dispersants, oligomers, calcium salts, etc., which are cleaned according to different ingredients.