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Pneumatic
Misting Nozzles

Durable, Energy-efficient and Quiet
Pneumatic misting nozzles

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Pneumatic
Misting Sprayers

Air Compressor, Water Pump, Control Panel
All in one box. 

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Case Studies

Explore Success Stories with
Our Commercial Misting Systems.

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Applications

Discover how our technology can transform
your projects and environments.

Rely on our products equipped with patented pneumatic mist technology, crafted to meet Panasonic quality standards, guaranteeing consistent, high performance misting solutions for your needs.

WHAT IS "SILKY FINE MIST"?

"Silky Fine Mist" is the technical trademark of the mist sprayed from Panasonic's unique pneumatic nozzles.

In outdoor cooling applications, it cools you quickly via evaporative cooling, which results in a comfortable experience with low water consumption. In special effect applications, the floating ultra-fine particles add visual appeal to productions, allowing light diffusion to create color and projected 3D images.

"Silky Fine Mist" is a cutting-edge technology that surpasses traditional misting or fogging.

ATOMIZING TECHNOLOGY

See how "Silky Fine Mist" is generated inside the nozzles.

Silky Fine Mist (pneumatic mist)

A misting method that uses pressurized water and compressed air creates a finer atomization. The small particles easily evaporate, reducing water residue on surrounding surfaces.

Conventional Mist (single-fluid mist)

Atomization is produced solely through high-pressure water, resulting in larger particle size compared to the finer mist produced by a twin-fluid nozzle. The larger size makes it less likely to evaporate and increases the chance of getting wet.

DROPLET SIZE COMPARISON

Silky Fine Mist nozzle generates mist with a particle size of just 6 μm.

*1 According to research conducted by Panasonic.
*2 Reference: Comparison of Evaporation With Different Particle Sizes
Under Panasonic's test conditions (temperature 28 °C, humidity 60 % RH): 20 μm particles completely evaporate at a distance of around 170 cm (flow rate 50 ml/min). 6.7 μm particles completely evaporate at a distance of around 70 cm (flow rate 20 ml/min).