low pressure misting nozzle 0.024in (0.6mm) orifice 1/8 thread atomizing head nozzle

low pressure misting nozzle 0.024in (0.6mm) orifice 1/8 thread atomization fogging nozzle

Thread sizes	Orifices （mm）	Pressure （bar）	Flow （mL/Min）	Spray angle（°）	Effective spray distance（M）	The spray distance（M）
1/8'	0.6	1	71.0	70
		2	93.0	80
		3	113.0	90
		4	128.5	90	0.7	1.1
		5	143.5	90
		6	155.0	90	0.9	1.4

0.6mm orifice low pressure mist nozzle spray point is fine, spray hole from 0.10mm-0.60mm. Such as 6 specifications, the fog point particles from 3 microns to 10 microns specifications are different from 60° to ∠120° hollow vertebrae, atomization is sufficient, energy saving water access cost is low, the effect is good, not easy to jam. No water, spray sheet adopts white ceramic crystal zirconium wear resistance, strong durability, longer life than ordinary nozzle.
 
The 0.6mm orifice low pressure mist nozzle is composed of a brass stainless steel body, a stainless steel nozzle core and a stainless steel guide vane, and is provided with an anti-drip device. The main reason is that the liquid flows at a high speed at a pressure of 3kg, forming a centrifugal vortex in the guide vane and ejecting very fine fog-like particles from the atomizing head nozzle hole. The utility model has excellent manufacture and the cost is more than 10 times less than that of gas humidification; Pressure atomizing nozzle: The pressure atomizing nozzle mainly jets high-pressure liquid from the nozzle to the air at high speed. Due to the different atomizing head nozzle structure, the corresponding atomization process is also different. The direct atomizing head nozzle mainly uses high-pressure liquid from the nozzle, the liquid is in a high Reynolds number disorder state, can be broken directly from the continuous phase to the droplet, this process is called the initial crushing. If the liquid speed is large enough, the subsequent secondary crushing can continue, and the atomization effect is more significant. Normally, this size can be used to judge the turbulent flow and atomization degree of liquid flow.