Ceresit AERO 360° Relaxing Lavender refill tablet, blue/white, 2 x 450 g
Privacy Policy
Baltics: €3.99 (free from €50). Delivery within 2–3 business days.
Distance contract
Privacy Policy
Baltics: €3.99 (free from €50). Delivery within 2–3 business days.
Distance contract
Stop Humidity AERO 360° moisture absorber refill tablets with lavender scent
Helps eliminate excess moisture and unpleasant odors. "Two-in-one" technology: the two-color tablet consists of highly active calcium chloride crystals and odor-neutralizing agents. The device allows air to circulate around and through the grooved tablet, thus increasing the system's efficiency. Refill tablets with lavender scent both neutralize unpleasant odors and refresh the room, filling it with a light aroma. The refill tablet is intended for AERO 360° standard devices and AERO 360° bathroom device.
Technology: 360° AIR CIRCULATION
The AERO 360° system is based on a physical principle – the greater the contact the tablet has with air, the higher the moisture absorption capacity it provides. The aerodynamic device has a unique 360° air tunnel that allows air to fully circulate around and through the suspended tablet.
The specially absorbent tablet has an improved wave shape and an opening in the center to expand the surface for greater contact with air and enhance system performance. This leads to up to 40% higher efficiency.*
THREE-IN-ONE TECHNOLOGY
The two-color AERO 360° tablet consists of specially active crystals and includes a patented odor control technology combined with lavender or "Spring Freshness" scent.
* compared to Henkel standard
INSTRUCTIONS FOR USE
STORAGE
Store in a dry place, above 0 °C.
WARNING INSTRUCTIONS
To ensure optimal air circulation, place the device at least 10 cm from the wall. Do not allow the AERO 360° tablet or drainage solution to come into contact with such easily damaged surfaces as gilded dishes and chrome surfaces, leather, textiles, carpets, or other floor coverings. In case of contact, wash immediately with warm water. For use above 10 °C.