Rubine Core Anti-drip Orifice Micro Fog Impinging Nozzle
Impacting the atomizing nozzle, in this direct pressure nozzle, the fine liquid column ejected from the nozzle hole hits the target needle with the same diameter and the nozzle diameter facing it, and then forms a very fine atomization, in some applicatio
Ruby Impact Nozzle Design Features:
- Ruby impact nozzles do not require air assistance and have a simple system setup.
- Our company has introduced advanced perforation equipment from the USA, with pore sizes ranging from 1mm to 0.15mm. Under pressures of 70KG-120KG, the nozzle produces extremely fine atomization with low operating costs.
- Among all direct pressure nozzles, this one provides the finest atomization, reaching 3-7 microns. It fully atomizes, saves energy and water, reduces costs, and delivers excellent performance.
- The nozzle is not easily clogged, does not leak, and features an internal rotary self-cleaning mechanism. The spray plate is treated with advanced forging technology, making it highly durable, with a lifespan 2.5 times longer than similar nozzles.
- The provided atomized droplet size is all less than 50μm.
- 90° impact spray, available with BSP or NPT pipe threads.
Feature:
- High energy efficiency
- One-piece,compact construction
- No whirl vanes or internal parts
- 1/8'' or 1/4'' male connection
- 100-mesh screen,20 micron paper filter or 70 micron polypropylene filter optional
- Optional welded pin and optional safety wire hole
Application:
- Misting: Gardens, landscapes, parks, and commercial areas
- Dust Suppression: Roads, enclosed construction sites, mines, workshops, and landfills
- Cooling: Gases, smoke, heat exchangers, tanks, steel plates, steel sheets, and rooftops
- Humidification: Textile workshops, livestock farms, and greenhouses
Parameter:
Material
Brass, 303 Stainless Steel, and 316 Stainless Steel
Thread size
1/8", 1/4"
Spray pattern
Cone-shaped Fog
Pressure
2 bar to 70 bar
Capacity
0.043L/min to 5.34L/min
Spray angle
90°
Drop size
About 50 MICRO
Net weigh
7g
Performance data:

