Automatic High-Pressure Rotating Mist Nozzle for Agriculture 1

Automatic High-Pressure Rotating Mist Nozzle for Agriculture 2

Automatic High-Pressure Rotating Mist Nozzle for Agriculture 3

Automatic High-Pressure Rotating Mist Nozzle for Agriculture 4

Automatic High-Pressure Rotating Mist Nozzle for Agriculture 5

Automatic High-Pressure Rotating Mist Nozzle for Agriculture 6

Automatic High-Pressure Rotating Mist Nozzle for Agriculture 7

Automatic High-Pressure Rotating Mist Nozzle for Agriculture

Place of Origin:

China

Samples:

$948.3/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

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

Lead Time:

1-50000(pieces):15(days),>50000(pieces):To be negotiated(days)

Customization:

Graphic customization (Min. Order: 1000000 sets),Customized logo (Min. Order: 1000000 sets),Customized packaging (Min. Order: 1000000 sets)

model number:

mist nozzle

brand name:

HYRT

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spray range

1.5-3m

link method

thread

Diameter

1/2''M

Function

Drip Irrigation Work

discharge

140-280L/h

Certification

CE ISO9001

Pressure

1.5-3 bar

Color

black, black

MOQ

200piece

Product name

online refraction mist nozzle

material

Plastic

place of origin

Shandong, China

type

Other Watering & Irrigation

Precision Misting, Rugged Construction

This automatic high-pressure rotating mist nozzle delivers uniform fine-spray irrigation that saves water, reduces labor, and improves crop yields. Its compact, rotatable head and sleek style, made from corrosion-resistant materials with precision manufacturing, ensure long service life and consistent spray patterns. Secure labeled packaging, pre-production samples and final inspections, plus flexible FOB/CIF/EXW shipping and multiple payment options from our Shandong factory, guarantee reliable global supply and easy installation.

Here are five four-word subtitle options, each focused on a different perspective:

The automatic high-pressure rotating mist nozzle is a precision-engineered mist nozzle with a rotating atomizing head, anti-clog orifice and durable construction to deliver uniform fine droplets under high-pressure agricultural irrigation. Designed to integrate with micro-sprinkler and drip systems, it provides cooling, humidification, foliar application and fertigation with adjustable flow and spray angle to maximize coverage and crop uniformity. Built for water-efficiency and long service life, it is manufactured in Shandong using advanced technology and strict quality controls—pre-production sampling, final inspection, and flexible delivery/payment options ensure reliable field performance and easy global deployment.

Automatic Rotating Mist Nozzle

The automatic high-pressure rotating mist nozzle is engineered for agricultural use to deliver a fine, uniform spray for cooling, humidifying, and pest control in greenhouses and open fields. Manufactured in Shandong since 2014 with pre-production samples and final inspections, the nozzle combines durable materials and advanced technology drawn from the company’s micro-sprinkler and drip irrigation product lines. Exported worldwide with flexible delivery and payment options, it offers easy installation and reliable performance for farms and horticultural operations.

◎ High Pressure Atomizer

◎ Proven Manufacturing Quality

◎ Flexible Market Support

Precision, Uniformity, Water-Saving, Durability

Developed from a decade of agricultural R&D, this automatic high-pressure rotating mist nozzle blends precision engineering and rugged, corrosion-resistant materials to deliver dependable field performance and reflect our brand’s commitment to sustainable farming. Its 360° rotation and high-pressure atomization create uniform, fine droplets that enhance pesticide and nutrient coverage while minimizing drift and water use, and programmable controls allow timed intervals for automated operation. Compact, easy-to-install design with anti-clog bearings, adjustable flow settings, and energy-efficient operation reduces labor and chemical consumption while boosting crop health and yield—key advantages for modern growers.

Material introduction

The Automatic High-Pressure Rotating mist nozzle is built from corrosion-resistant brass fittings, UV-stabilized engineering plastics and stainless-steel internal components to withstand continuous field use. EPDM or Viton seals and ceramic or stainless bearings provide high-pressure reliability, chemical resistance and clog-resistant performance. Produced with advanced manufacturing processes and quality controls such as pre-production samples and final inspections, the selected materials ensure long service life across diverse agricultural environments.

◎ Stainless Brass Wetted

◎ High Strength Polymer

◎ Precision Ceramic Seals

FAQ

What is an automatic high-pressure rotating mist nozzle and what agricultural tasks is it best suited for?

It is a rotating nozzle that produces a fine, evenly distributed mist under high pressure and operates automatically (often powered by water pressure or a small motor). Agricultural uses include greenhouse cooling and humidity control, fine foliar spraying of pesticides and micronutrients, fungicide and biocontrol application in nurseries and orchards, evaporative cooling for livestock zones, and settling dust in storage/packing areas. Its rotation gives uniform coverage and fine droplets that adhere well to leaves and complex canopies.

What pressure, flow rate, and pump setup are typically required to operate these nozzles effectively?

Operating requirements vary by model, but typical working pressure is in the range of about 7–30 bar (100–435 psi). Individual nozzle flow rates commonly range from ~0.1 to 2.0 L/min depending on orifice size and pressure; manufacturers publish performance charts for exact figures. Use a stable high-pressure pump (plunger or diaphragm type) sized for total system flow plus margin, a pressure regulator to set operating pressure, and an accumulator or pulsation dampener if needed to smooth flow. Always size the pump for the number of nozzles you will run simultaneously.

How should I plan nozzle placement and spacing for uniform coverage in different scenarios (greenhouse, orchard, nursery)?

Spacing depends on nozzle throw, droplet size, canopy density, and target height. In greenhouses and nurseries, nozzles are often spaced 1–3 m apart in rows above the canopy to provide overlapping mist. In orchards use lateral lines with spacing of 2–4 m between nozzles and multiple nozzles per tree height to reach interior foliage. Run pilot tests at target pressure and walk the area to check coverage and drift; adjust spacing, height, or pressure until you achieve even wetting without excessive runoff. Follow manufacturer placement guidelines as a starting point.

How do I prevent clogging and what routine maintenance is needed?

Key steps: install a high-quality filter (mesh size 100–200 µm or as recommended) and a dirt separator before the nozzle lines; flush the system daily or after each chemical application; inspect and clean nozzle inserts and rotating heads regularly; soak removable parts in appropriate cleaners if mineral deposits form (e.g., mild acid for scale following safety instructions); check seals and O-rings and replace if worn; lubricate moving parts if required by the manufacturer. Winterize by draining lines and storing nozzles indoors if freezing is possible.

Can these nozzles be used with pesticides, fertilizers, or biological products?

Yes, but compatibility depends on the formulation. Low-viscosity, water-soluble pesticides and foliar fertilizers generally work well. Avoid suspensions with large particulates or abrasive materials that can wear the orifice or block the rotation. Oil-based or viscous products may not atomize properly. Use a proper chemical injector or proportioner, mix and strain products according to label directions, and always run a compatibility test on a small scale. After using chemicals, flush and clean the system thoroughly to prevent cross-contamination.

What safety, environmental considerations and troubleshooting tips should I keep in mind during use?

Safety/environment: because droplets are very fine, there is increased drift risk—operate during low wind, use lower pressure to coarsen droplets if drift is a concern, and follow chemical label buffer zone and PPE requirements. Monitor worker exposure and avoid spraying near sensitive areas. Troubleshooting: if mist becomes uneven or stops rotating, check for clogged orifice, inadequate pressure, damaged rotating head, or worn seals; if spray pattern is too coarse increase pressure or clean nozzles; if droplet drift is excessive, reduce pressure or increase droplet size option; if flow pulsates check pump or add an accumulator. Keep a simple log of pressure, flow, and maintenance to spot recurring issues.

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Our Location

No. 2, Wuhua Street, Fengcheng Industrial Park, Laiwu District, Jinan City, jinan, Shandong, China