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FAQs

Does the fog make plants wet or increase disease risk?

Our greenhouse humidifiers produce ultra-fine droplets that evaporate, raising humidity without leaving surfaces wet or creating favorable conditions for fungal growth. It’s precisely what your plants need. 

Can MeeFog systems integrate with existing greenhouse control systems?

MeeFog high-pressure fogging systems can integrate with your existing climate control or automation systems. They are easy to install and highly flexible.

Is the water quality important?

Yes, you must use clean, filtered water to prevent mineral deposits and maintain long-term nozzle performance.

What kind of maintenance does the system require?

With a MeeFog greenhouse cooling system, you needn’t stress about maintenance. It typically includes filter changes, nozzle inspection, and pump servicing. The design allows quick access for easy cleaning and part replacement.

Can the fog nozzles clog easily?

Clogging is prevented by our unique cylinder-type filters. These radius-end filters maintain peak performance and a uniform spray pattern, even under the demands of constant use.

Does the system use a lot of energy?

No, MeeFog greenhouse humidifiers use minimal energy, relying on high-pressure pumps to atomize water efficiently rather than using energy-intensive cooling equipment.

How does a high-pressure fogging system affect plant growth?

When you maintain optimal vapor-pressure deficit (VPD), your plants experience less stress, enjoy better nutrient uptake, and develop roots faster. This helps you produce more and better quality plants.

What size greenhouse benefits most from a MeeFog system?

MeeFog high-pressure fogging system works in any greenhouse, from small propagation houses to large commercial facilities that need precise humidity and temperature control. Please reach out to our sales team for a detailed quote.

How does MeeFog help laboratories achieve energy efficiency goals?

Our lab humidifiers use a fraction of the energy required by steam systems. The adiabatic process adds humidity while providing evaporative cooling, reducing chiller load. For facilities focused on energy reduction, this dual effect supports sustainability objectives, lowers utility costs, and extends HVAC system life.