Ozoneair Dry is a flexible dehumidifier for warmer spaces such as laundry rooms, garages, and living rooms. It also purifies the air and has wheels, allowing you to easily move it where needed.
Ozoneair Guard is a desiccant dehumidifier designed for cold and exposed environments such as crawl spaces, unheated basements, and attics. It is permanently installed and works effectively even at low temperatures.
Ozoneair Dry is suitable for most indoor environments where you want to lower humidity – such as basements, laundry rooms, bathrooms, garages, storage rooms, and holiday homes. It operates in temperatures between 5–35°C and can be easily moved between different rooms thanks to its wheels. Perfect for everything from mold prevention to faster clothes drying.
Ozoneair Dry is designed to provide maximum effect in spaces of 10–120 m³, which corresponds to anything from smaller laundry rooms and bathrooms to larger garages, basements, or holiday homes. This makes it one of the most flexible choices on the market – perfect whether you want to prevent mold, lower humidity in your home, or dry clothes more energy-efficiently.
Ozoneair Dry delivers impressive performance:
- 25 litres per day at 20°C and 70% RH
- 50 litres per day at 30°C and 80% RH
This means the machine can effectively handle both daily humidity issues and more demanding environments – and you'll often notice a difference within the first 24 hours.
With a noise level of only 47–50 dB(A), Ozoneair Dry is a quiet choice in its performance class. This means it can be placed in household areas without disturbance, even during continuous operation.
Yes – the warm air is a sign that the machine is working correctly. The dry, slightly heated air also helps to speed up the drying of textiles and prevent condensation on cold surfaces.
By lowering the humidity, Dry counteracts mould, musty odours, moisture damage, rust and condensation. The filters also remove spores and particles.
Yes. Thanks to the built-in humidity sensor, it automatically adjusts to maintain optimal levels with minimal energy consumption.
