
Precision impeller type high pressure nozzles generate an extremely fine spray of water droplets. A unique nozzle manifold design ensures that the spray is uniform and
absorbed over a short distance. In combination with the Condair Mist Eliminator, the humidified air is 99% free of aerosols for hygenic operation.
High Precision Nozzles deliver 10-40 micron droplets through a 0.008" orifice. A single nozzle produces 12 lbs/hr of water without the need for compressed air. Constructed from durable stainless steel and factory assembled onto manifolds, Condair nozzles are easy to integrate into any project.
The Pump Module supplies high-pressure water to the patented nozzles eliminating the need for a compressed air system. Reverse Osmosis water is supplied to the pump system at 25-60 PSIG (172- 413 kPa) and exits the nozzles at 1000 PSIG (6895 kPa). Pumps are available in brass or stainless steel, and with or without a variable
frequency drive.
Archives & storage
Proper humidity control is an essential element for long-term preservation.
Read moreWhy Humidify... For Veterinary Clinics
Veterinary clinics depend on being clean, breathable environments to encourage not just animal heal...
Read moreWhy Humidify... For Greenhouses
Constant and even humidity levels allow plants to thrive.
Read moreHumidification for Eyes and Skin
Dryness afflicts the eyes, skin and mucous membranes above all. It causes complaints such as stingi...
Read moreWhy Humidify... For Textile Manufacturing
Decreases moisture losses to improve product yields, product quality and increase machine efficienc...
Read moreWhy Humidify... For Offshore Oil & Gas Platforms
Condair is a specialist in humidification systems for offshore environments.
Read moreMedical device manufacturing humidification
Prevents chemical imbalances.
Read moreWhy Humidify... For Museums
Dry air absorbs humidity from objects, their weight is reduced and they contract. In the case of hu...
Read moreWhy Humidify... For Retirement & Nursing Homes
In cold seasons when heating systems dry the internal atmosphere the air can often drop below 40% r...
Read more