Ultra-Low-Volume Fogging Nozzle – Fine Mist, Low Water Consumption, High Spraying Efficiency

Reduce Water Waste with Ultra-Fine Atomization

Many conventional agricultural sprayers rely mainly on high water pressure to generate spray. However, high-pressure spraying often requires a large volume of water, producing relatively large droplets. When leaves cannot hold these droplets, the spray quickly runs off and falls to the ground, resulting in significant waste.

This not only reduces the utilization of pesticides, foliar fertilizers, and nutrient solutions, but may also increase the risk of chemical runoff and environmental contamination.

The Ultra-Low-Volume Fogging Nozzle uses a different approach. Instead of relying on high water pressure, it combines low-flow liquid supply with powerful airflow and turbine rotary-cutting atomization technology to produce an extremely fine mist.

Advanced Turbine Rotary-Cutting Atomization

The fogging nozzle uses an advanced turbine rotary-cutting atomization system. Liquid is introduced into the high-speed airflow and rapidly broken into ultra-fine droplets, creating a dense, cool-fog-like mist.

The fine mist can spread through the crop canopy and improve coverage of both the upper and lower surfaces of leaves, especially areas that are difficult to reach with conventional spraying.

The mist forms a fine spray film on the leaf surface, helping reduce excessive runoff and improving the utilization of the spray solution.

Ultra-Low Water Consumption

A major advantage of this system is its extremely low water consumption.

Each nozzle requires only approximately 2 L/min of water. A large-flow, high-pressure pump is not necessary. The fogging nozzle can be connected to a small-flow water pump, making the entire spraying system more compact and energy-efficient.

The system works with:

• Low-pressure water supply
• Small-flow water pumps
• Large internal flow passages for improved anti-clogging performance
• Independent water and electrical adjustment

Compared with conventional high-volume spraying, the system can significantly reduce the amount of water required for a given application. For example, depending on crop conditions and application requirements, an area that previously required several tanks of spray solution may potentially be treated with much less liquid.

Long-Range and Efficient Spraying

The high-speed airflow not only atomizes the liquid but also helps carry the fine mist over a longer distance and deeper into the plant canopy.

This makes the system particularly suitable for:

• Orchards
• Vineyards
• Fruit trees
• Dense crops
• Foliar fertilizer application
• Plant nutrient solutions
• Agricultural pest and disease control

By improving spray distribution and reducing unnecessary runoff, the system can help increase the effective utilization of pesticides, foliar fertilizers, and nutrient solutions.

Potential Benefits for Crop Management

Better spray coverage can help improve the efficiency of crop protection and foliar nutrient applications.

For flowering and fruit-setting crops, more uniform application can also help support crop management during the flowering period. However, pollination and fruit-set results depend on crop species, weather, pollination conditions, and the specific product being applied, so application rates and intervals should always follow the requirements of the crop and chemical or nutrient product.

Durable Construction and Easy Integration

The fogging nozzle uses high-strength nylon and silicone materials designed for agricultural applications.

The system features separate water and electrical controls, allowing the operator to independently control the motor and liquid supply.

It can be integrated with a variety of agricultural spraying systems and is especially suitable for equipment using a small-flow water pump.

Recommended Operating Procedure

For the best performance and to protect the fogging unit, follow the correct starting and stopping sequence.

Starting

1. Turn on the electrical switch first and allow the fogging motor to start running.
2. After the motor is running, turn on the water supply.
3. The fogging unit is designed to tolerate dry running and can remain running without water for an extended period.
4. Keeping the motor running before opening the water supply helps prevent water from flowing backward into the machine.

Shutting Down

1. Turn off the water supply first.
2. Close the water switch and stop the liquid supply.
3. Then turn off the electrical switch.

Following this sequence helps protect the internal components and ensures more reliable operation.

Storage After Spraying

After spraying is completed, place the fogging unit with the spray outlet facing downward.

This position helps prevent residual water from entering or accumulating inside the machine, helping protect the internal components and extend the service life of the unit.

Key Features

• Ultra-low-volume atomization
• Approximately 2 L/min water consumption per nozzle
• Works with a small-flow water pump
• No high-flow, high-pressure pump required
• Advanced turbine rotary-cutting atomization technology
• Powerful air-assisted fog delivery
• Fine mist for improved leaf coverage
• Better coverage of leaf undersides
• Low-pressure water supply
• Large flow passage for improved anti-clogging performance
• Long-range and fast spraying
• Separate water and electrical controls
• High-strength nylon and silicone construction
• Suitable for pesticides, foliar fertilizers, and nutrient solutions

A Smarter Way to Spray

The Ultra-Low-Volume Fogging Nozzle changes the traditional concept of “more water and higher pressure” spraying. By combining low-volume liquid supply, high-speed airflow, and ultra-fine atomization, it aims to deliver spray more efficiently while reducing unnecessary water consumption and runoff.

For agricultural users, it offers a practical solution for lower water consumption, improved canopy coverage, and more efficient use of spray solutions.