Entering the bathroom should be a moment of relaxation, but what to do when this intimate space turns into a foggy maze. How to prevent condensation in the bathroom?
How to prevent condensation in the bathroom? Entering the bathroom after a relaxing shower or a refreshing bath should be a moment accompanied by a feeling of freshness and comfort. However, sometimes this idyllic moment can turn into a less pleasant experience when it appears on glass surfaces annoying condensation.
These water droplets don't just blur mirrors, rather, they can contribute to the formation of mold and other inconveniences.
To keep your bathroom as oasis of peace where you will truly relax, we present a list of measures that will help you overcome condensation problems and maintain a pleasant climate in this intimate space of your home.
Prevent condensation in the bathroom!
Ventilation
After showering or bathing, leave the bathroom door open and turn on the fan. If you don't have a fan, open a window to allow moisture to drain faster.
Use of towels and carpets
Place towels on the floor and use bathroom rugs. These will absorb water droplets, preventing direct contact with the cold floor and thus reducing the chances of condensation.
Temperature management
Keep the bathroom temperature slightly higher to prevent surfaces from cooling down quickly, which encourages condensation.
Use of additional heaters
Turn on additional heaters to maintain a constant temperature in the bathroom and prevent condensation on the walls and mirrors.
Regular ventilation
If there is no fan, open the window regularly to allow air exchange and to prevent moisture stagnation in the room.
Correct use of water
If you want to reduce the formation of steam in the bathroom, make sure that you use water correctly. It is suggested to run cold water first and then gradually add warm water. This method can reduce steam generation in the bathroom by up to 90 percent. By releasing the hot water gradually, rather than using it uncontrollably, you can prevent condensation on cold surfaces such as mirrors and glass.
