Dry Fog Humidifier

The dry fog humidifier is an industrial humidification nozzle mainly used for humidifying large industrial plants and workshops, eliminating static electricity, cooling, and dust suppression. It offers tailored humidification system solutions for different industries and needs. The dry fog humidifier mixes liquid and air in a two-fluid system to create an ultra-fine mist through a two-stage atomization process, with an average spray particle size of 5-7.5 μm. The humidified area, including floors and equipment surfaces, remains dry without wetting or condensation.

The dry fog humidification tank is known for its non-wetting humidification performance, low energy consumption, high cost-effectiveness, and easy maintenance. The dry fog humidification tank mixes air and water in a two-fluid system, followed by triple atomization through shearing action. Supersonic air emitted from the nozzle further atomizes the droplets, which then collide with mist particles from another nozzle. As they repeatedly shear each other, sound waves at 330,000 to 400,000 Hz further atomize and equalize the droplets, achieving multi-stage atomization for excellent spray effects with particle diameters of 5-7.5 μm.

The air mist humidifier sends tap water and compressed air to a control device for pressure regulation and then to a specially designed nozzle for spraying. Utilizing the cavitation effect, it atomizes water to achieve humidification. The atomized particles of the air mist humidifier are generally controlled at 10-20 μm, with an average size of 10 μm. The uniformity of the spray particles is unparalleled, and the extremely fine mist evaporates quickly, preventing wetting. With atomization efficiency above 99%, the device offers high humidification capacity, low cost, high efficiency, energy savings, ease of use, and easy management.

• Average spray particle size of 5-7.5 μm.
• Maximum spray volume of up to 11 kg/h, providing powerful humidification capacity.
• Humidified areas, including floors and equipment surfaces, remain dry, without wetting or condensation.
• Uses an ultra-compact water tank that resists bacterial growth.
• Energy-saving, with 35% less air consumption compared to similar products.
• Automatic control via timers and controllers.
• No cleaning required if equipped with a pure water treatment device.

Application:

Widely used in industry: electronics, printing, textiles, tobacco, tea, fiber, packaging, etc.; in agriculture: animal husbandry, flowers, fungus cultivation, etc.;