Performance improvement of HT Jigger Dyeing Machine

With the continuous deepening and strengthening of environmental protection policies, traditional printing and dyeing processes and equipment urgently need to be further developed. The traditional high-temperature gas dyeing machine uses the principle of aerodynamics. The colleague who uses the fan to tell the airflow into the nozzle, injects the dyeing liquid into the nozzle through another path, and the dyeing liquid meets the airflow and mixes into mist-like fine droplets and sprays towards The fabric not only drives the movement of the fabric, but also enables the dyeing solution to contact the fabric in a short period of time, accomplishing the purpose of uniform dyeing and greatly reducing the bath ratio. However, the high-temperature air in the cylinder of the existing high-temperature gas dyeing machine is directly discharged through the air outlet, on the one hand, air pollution is formed, and on the other hand, the heat energy in the high-temperature air is not fully utilized, resulting in power waste. The new high-temperature airflow dyeing machine makes full use of the heat energy in the discharged high-temperature gas to heat the inlet air, which increases the temperature of the gas that generates the high-speed airflow, and has high heat exchange efficiency, and at the same time achieves the purpose of air exchange and energy recovery.