The textile nozzle is a highly efficient and energy-saving spray product, suitable for applications such as spray cooling, gas scrubbing, heat exchange, dust control, and chemical reaction processing. It is characterized by its ability to produce a hollow conical spray pattern with an annular spray area and a spray angle ranging from 51 to 140 degrees. Spray drainage The characteristics and functions of this type of nozzle enable it to produce a uniformly distributed spray with small to medium-sized droplets over a wide range of flow rates and pressures. Under low-pressure conditions, L-shaped nozzles can also deliver excellent atomization performance, particularly in applications that require rapid heat exchange or effective impact of suspended droplets. The advantage of the L-shaped nozzle design lies in its unique vortex chamber structure; its large, unobstructed flow passages help reduce or eliminate clogging. These nozzles feature detachable spray caps and a newly designed spiral-flow chamber. They represent an energy-efficient nozzle product characterized by low operating resistance and low energy consumption. Made from engineering plastics such as ABS and nylon, as well as copper-nickel alloy and stainless steel, these nozzles exhibit high toughness and excellent corrosion resistance.
In air-conditioned rooms, different thermohygrometric treatment methods are employed to condition outdoor air to a predetermined supply-air state. As a result, the temperature and humidity in spray-exhaust duct workshops are less affected by outdoor climate fluctuations. Since the air in textile mills contains large amounts of cotton fiber dust, a thermohygrometric treatment method involving direct contact between air and water is typically used to reduce humidity, remove moisture, and humidify the air. The spray chamber serves as the medium used in textile mills for this process, allowing precise control over the spray chamber and the amount of humidification.
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