złącze do Dysza ULV na przewód 1/4 cala
złącze do Dysza ULV na przewód 1/4 cala
Dysza wodna ULV ultradźwiękowa 80°
Dysza wodna ULV ultradźwiękowa 80°
złącze do Dysza ULV na przewód 1/4 cala
złącze do Dysza ULV na przewód 1/4 cala
Dysza wodna ULV ultradźwiękowa 80°
Dysza wodna ULV ultradźwiękowa 80°

ULV Ultrasonic Nozzle Connector for 1/4 Inch Hose

Na stanie
zł10.00 netto
zł12.30 brutto
  • fogging nozzle - ULV Nozzle Connector for 1/4 Inch Hose
  • material - plastic, nickel-plated brass
  • medium - water
  • fog type - drop size 3-6 microns

WHICH NOZZLE TO CHOOSE AND WHAT TO PAY ATTENTION TO WHEN PURCHASING

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ULV Ultrasonic Nozzle Connector for 1/4 Inch Hose

The 80* ultrasonic water fogging nozzle is designed for operation at low water and air pressure. It is made of high-quality SS 304 stainless steel. Perfect for humidifying, fogging, dispensing various chemicals, and water cooling.

The nozzle produces very small droplets of 3-6µm, allowing it to penetrate all spaces effectively, remaining airborne for a long time, ensuring excellent humidification, disinfection, and pest control, while also cleaning the atmosphere of dust and unpleasant odors without excessively wetting surfaces. The nozzle has two connections: water 1/4 inch and air 1/2 inch.

PRODUCT DESCRIPTION:

  • Material: plastic, nickel-plated brass
  • Air Pressure BAR: 5.2
  • Fluid Pressure BAR: 1.2
  • Air Consumption in l/min: 115
  • Fluid Consumption in l/h: 7.1
  • Droplet Size in µ: 3-6
  • Air Filter in µ: <40
  • Water Filters in µ: <50




FLOW TABLE:

















APPLICATION:

  • Disinfection of production rooms, especially in the food industry.
  • Professional fog humidification and simultaneous air purification from pollutants such as dust, dirt, and smoke.
  • Control of mosquitoes, flies and other persistent insects indoors.
  • Elimination of unpleasant odors generated in production processes or at landfills.
  • Agriculture - for disinfection, pest control, humidity control, lowering temperatures in rooms, administering inhaled medications, etc., in poultry farming, pigsties, barns, stables, zoos, greenhouses, tunnels, mushroom farms, humidifiers for snails,
  • Industry - for disinfection, pest control, humidity control, lowering temperatures in rooms, reducing dust in warehouses, production halls, mills, mining, sawmills, carpentries, wood storage, spinning mills, etc.
  • Gastronomy - for humidity control, removal of unpleasant odors, controlling mosquitoes and flies, disinfection and cooling of rooms, terraces, patios, catering tents, bars, pubs, nightclubs, etc.
  • Home - for humidity control, removal of unpleasant odors, controlling mosquitoes and flies, disinfection and cooling of rooms, terraces, patios.

More about fogging




COMPARISON OF FOGGING NOZZLES:


 Tabela_PORÓWNANIE DYSZ.jpg




WHAT TO PAY ATTENTION TO WHEN PURCHASING A NOZZLE?

1. Nozzle hole size

  • Small hole: Generates finer droplets, creating a delicate mist. Used in systems requiring precise fogging, e.g., cooling, humidifying, or decorative effects.
  • Large hole: Produces larger droplets. Better for watering plants, reducing dust, or in industrial applications where very fine mist is not required.

2. Material of construction

Material affects durability, wear resistance, and corrosion resistance.
  • Brass: Durable, corrosion-resistant, often used in standard applications.
  • Stainless steel: Strong, resistant to chemicals and high temperatures, suitable for demanding environments (e.g., in the food industry).
  • Plastic: Lightweight and economical, suitable for less demanding applications.

3. Mechanism of action

  • High-pressure nozzles: Generate a fine mist under high water or liquid pressure. Used in adiabatic cooling, dust suppression systems, or disinfection.
  • Air atomization nozzles: Use compressed air to break the liquid into a fine mist. Used in industry, e.g., for paint spraying or humidifying in production processes.

4. Liquid flow

  • Determines how much water or liquid flows through the nozzle in a given time.
  • The choice depends on demand – smaller flows are more effective for precise fogging, larger for more intensive applications like irrigation.

5. Spray angle

  • Nozzles have different spray angles, usually from 30° to 120°.
  • Narrow angle (e.g., 30°–60°): Better for precise spraying in a specific area, e.g., spot cooling or humidifying small surfaces.
  • Wide angle (90°–120°): Ideal for even coverage of larger areas, e.g., in dust suppression systems or decorative effects.
  • Choosing the angle affects the efficiency and coverage of the mist in a given application.

6. Type of generated mist

  • Ultrafine mist (e.g., droplets with a diameter of <10 microns): For cooling, humidifying, dust control.
  • Coarser mist: For irrigation or chemical applications.

7. Additional features

  • Anti-drip: Prevents water from dripping after pressure is released.
  • Self-cleaning: Has a mechanism that prevents clogging of the openings.

8. Clogging resistance

  • Nozzles with internal filters: Protect against solid particles and clogging, which is crucial when using lower quality water.

  • Self-cleaning nozzles: Have a mechanism that prevents the opening from blocking.



ADDITIONAL INFORMATION:

From experience, we know that you have many questions about both nozzles and fogging systems.
We encourage you to contact us via email or phone.
The smiling gentleman below will surely help you smile.png

Andrzej
tel. 697026236
sklep@ajkwiatkowscy.pl



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