high pressure atomizing nozzle 12/24 unc thread 0.020 (0.50mm) orifice mister tip

Misting Nozzles Kit High Pressure 12/24 Threaded Stainless Steel 0.020 (0.50mm) orifice Mister Nozzles Anti drip Head Atomizing Misting Sprayer for Patio Landscaping Nozzles 

Advantages: better corrosion resistance, longer service life, removable, cleanable and replaceable.

high pressure atomizing nozzle 12/24 unc thread 0.020 (0.50mm) orifice mister tip

Thread sizes	Orifices （mm）	Pressure （bar）	Flow （mL/Min）	Spray angle （°）	Effective spray distance（M）	The spray distance（M）
12/24 unc	0.50	40	127.0	75	1.1	1.6
		50	150.0	85	1.3	1.8
		60	172.5	90	1.5	2.1
		70	190.3	90	1.7	2.3

In a direct pressure nozzle, a fine liquid column from the 0.02 orifice high pressure atomizing nozzle hole hits a target needle with the same diameter as the hole aperture facing it with 0.02 orifice, and then forms a very fine atomizing, and in some applications, this nozzle even replaces many expensive two-fluid air atomizing nozzles that use compressed air or water vapor as a second fluid.
 
Design features:
● High energy efficiency
● Low pressure/flow ratio
● No interior design, strong plugging resistance
● Strong atomizing ability
● Spray density is saddle-shaped
● Teflon filter or 10 micron stainless steel filter can be attached
● Solid cone spray
Common materials: 304SS, 316SS, 316L
Spray performance:
● The finest atomizing of all direct pressure nozzles
● The atomized droplet size provided is less than 50 microns
● Conical atomizing
 
 
Nozzle aperture parameter adjustment method
1. 0.02 orifice high pressure atomizing nozzle diameter adjustment: nozzle diameter adjustment is generally achieved by replacing the nozzle. Different diameter nozzle can achieve different nozzle diameter, so as to meet different spray requirements. When selecting the diameter of the spray hole, it is necessary to make a reasonable choice according to the specific application scenario and spray requirements.
2. Adjustment of the number of holes: The number of 0.02 orifice high pressure atomizing nozzle holes can be adjusted by increasing or reducing the number of holes on the nozzle. Generally speaking, the more the number of spray holes, the smaller the droplets emitted by the nozzle, the better the atomizing effect. However, excessive number of holes will increase the complexity and maintenance difficulty of the system, so it is necessary to make a reasonable choice in practical application