High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar 1

High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar 2

High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar 3

High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar 4

High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar 5

High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar 6

High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2-3bar

Place of Origin:

China

Samples:

$2.0/carton | Min. order : 1 carton

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-100000(cartons):15(days),>100000(cartons):To be negotiated(days)

Customization:

Graphic customization (Min. Order: 5000 sets),Customized logo (Min. Order: 5000 sets),Customized packaging (Min. Order: 5000 sets)

model number:

Irrigation Drip

brand name:

HYRT

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Nozzle

0.6/0.5/0.4 mm

Flow

32/27/22 l/h

season

all season

color

white and green/blue/brown

Spray Radius

Product Name

Irrigation System Use 4 Way Mist Sprinkler

sprinkler type

360 Gear Drive

Feature

Good atomization effect

Material

POM

Working pressure

2-3 bar

Application

Greenhouse Etc

place of origin

Shandong, China

type

Sprinklers

Compact Packaging, Precise Atomization

These Sprinklers deliver ultra-fine mist through 0.6/0.5/0.4 mm nozzles at 2–3 bar for uniform, water-saving coverage ideal for greenhouses and all-season cultivation. Durable POM construction, a compact 4-way/360° gear-drive shape and color-coded styling (white, green, blue or brown) provide long-lasting quality, easy identification and a consistent 1 m spray radius with flows of 32/27/22 l/h. Carefully packed and quality-checked before shipment, the nozzles ensure simple installation, minimal maintenance and reliable atomization for precise irrigation control.

Precision POM Mist Nozzle

This high-pressure plastic POM mist nozzle is a Sprinklers-type irrigation component featuring 0.6/0.5/0.4 mm nozzles, 2–3 bar working pressure, and flow options of 32/27/22 l/h with a 1 m spray radius and 360° gear drive. Engineered for fine atomization and water-saving greenhouse or landscape irrigation, it delivers consistent mist performance across seasons to improve uniform crop coverage and reduce water use. Its compact four-way POM construction resists corrosion, is lightweight and durable, and integrates easily with drip and micro-sprinkler systems for stable spray patterns and simple installation.

POM Fine Mist Nozzle

High-pressure POM mist nozzles (0.6/0.5/0.4 mm) provide excellent atomization at 2–3 bar with flow rates of 32/27/22 l/h and a 1 m spray radius for efficient greenhouse irrigation. The 360 gear-drive, four-way design offers durable plastic construction and consistent performance for micro-irrigation systems. Manufactured by HYRT in Shandong, China, these Sprinklers are suitable for year‑round agricultural, landscape and garden applications.

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Fine Mist, Durable Performance

Crafted from high-pressure POM, this 0.6/0.5/0.4 mm mist nozzle is engineered for long-term wear resistance and precision flow control through tight manufacturing tolerances and rigorous quality checks. Operating at 2–3 bar, it produces a consistent fine mist ideal for cooling, humidification, dust suppression and irrigation applications in Sprinklers and other systems. Features and advantages: corrosion- and clog-resistant construction, precision-machined orifices for uniform droplets, easy snap-in installation, energy-efficient atomization and broad compatibility with standard sprinkler fittings.

Material introduction

Made from high-performance POM (acetal) engineering plastic, this high-pressure mist nozzle delivers excellent strength, dimensional stability and low friction for durable, wear-resistant operation at 2–3 bar. The precision-molded 0.6/0.5/0.4 mm nozzles ensure consistent flow and fine atomization for Sprinklers used in greenhouses and all-season irrigation. Chemical and UV resistance of the material reduces clogging and maintenance, providing reliable performance over time.

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FAQ

What is the High-Pressure Plastic (POM) Mist Nozzle 0.6/0.5/0.4mm 2–3 bar commonly used for?

These nozzles are designed for fine atomizing applications such as evaporative cooling (patio misting, outdoor cooling), greenhouse humidification, dust suppression, odor control, humidifying industrial/process rooms, livestock cooling, and light disinfectant or aroma spray (when using compatible liquids). They are not suitable for highly viscous, heavily abrasive or strongly corrosive fluids.

How do the different orifice sizes (0.6 / 0.5 / 0.4 mm) and the 2–3 bar operating pressure affect spray performance?

The smaller the orifice, the finer the mist and lower the flow rate; the larger the orifice, the greater the flow and somewhat coarser droplets. Operating in the recommended 2–3 bar range helps produce a fine atomized mist (typically in the tens of microns range) with good evaporation. 0.4 mm yields the finest droplets and lowest flow, 0.5 mm is intermediate, and 0.6 mm gives higher flow and slightly larger droplets—choose based on desired coverage and evaporation behavior.

What are the basic installation and setup recommendations for reliable operation?

Use a pump capable of providing stable 2–3 bar pressure and compatible fittings for the nozzle thread. Install a pressure gauge and shutoff/bleed valves. Mount nozzles so spray is unobstructed (often pointing down or slightly outward) and avoid direct contact with hot surfaces. Test systems at working pressure, check for leaks, and secure lines to minimize vibration. Start with conservative nozzle spacing and adjust after observing mist density and evaporation.

How can I prevent clogging and what maintenance is needed?

Install an inline filter and strainers upstream (use a fine particulate filter—typically 50 µm or finer is recommended for fine nozzles). Regularly flush the system with clean water, and periodically remove nozzles for inspection. For mineral scaling, soak in a mild descaling solution (vinegar or a manufacturer-recommended descaler) and gently brush ports—avoid harsh solvents. Follow a maintenance schedule based on water quality and runtime.

Which liquids are compatible with POM (polyoxymethylene) nozzles and what chemicals should be avoided?

POM is well suited for water-based fluids, dilute detergents, and many agricultural/industrial sprays. Avoid strong oxidizers (e.g., high‑concentration chlorine solutions, chlorinated bleaches), aggressive solvents (acetone, strong ketones), and highly concentrated acids or alkalies—these can degrade POM. Always check the chemical compatibility for your specific fluid and, when in doubt, test a single nozzle before system-wide use.

How do I choose nozzle spacing and system settings for cooling versus humidification applications?

For evaporative cooling and outdoor comfort, aim for droplet sizes that fully evaporate before reaching people—use smaller orifices (0.4–0.5 mm) at the recommended pressure and start with nozzle spacing around 0.5–1.0 m along a line; adjust based on wind and desired mist density. For greenhouse or process humidification where moisture retention is desired, use closer spacing and/or slightly larger orifices (0.5–0.6 mm) to deliver greater water volume and more persistent humidity. Always validate spacing and pressure in the actual environment and refine for local airflow and temperature conditions.

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