The high temperature low tension evenflow dyeing machine is modified by a common dyeing machine to operate the fabric to be processed in a low-tension environment when dyeing the inside of the dyeing machine. Inside the head of the dyeing machine, the main cloth wheel is not required, and the structure of the cloth guide tube is changed, thereby reducing the tension of the cloth during the dyeing process.
The high-temperature low-tension uniform flow dyeing machine is mainly composed of a cylinder, a machine head, a guide tube and the like, wherein the guide tube is arranged above the dyeing machine cylinder, and the cloth to be dyed is ringed in the dyeing machine cylinder, In the circulation space formed by the head and the guide tube, a nozzle is disposed at the inner top position of the head.
The structural feature of the high-temperature low-tension uniform flow dyeing machine is that the main cloth wheel is not disposed inside the machine head, and the front section of the guide tube is in an upward arch shape, and then is bent 90 degrees downward and the machine is bent. The top end of the head is joined, and the rear section of the guide tube is also in an upwardly arched configuration, and then bent at a 90 degree downwardly to be engaged with the tail end of the dyeing machine cylinder.
Since the high-temperature low-tension uniform flow dyeing machine is not provided with the guide cloth wheel, the processed cloth can be operated under low tension operation, the hem does not have creases, and the original thick feeling of the processed cloth can be maintained, for knitting and flatness. Weaving can be applied. In terms of the failure rate of the machine, the failure rate of the conventional equipment can be relatively reduced, and the maintenance of the equipment in the future is relatively easy and the maintenance cost is low.
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