A Healthy Home, Thanks to Dry Walls
December 18, 2024How to Identify Signs of a Humidity Problem in Your Home
December 18, 2024Humidity in walls is a common problem that can negatively impact your home. ATG and ATE devices are innovative solutions for effectively addressing rising damp, one of the main causes of wall humidity. At Humidité Conseil, we offer these two technologies to dry your walls sustainably and protect the health of your home.
Rising Damp: A Phenomenon to Understand
Rising damp occurs when water in the ground rises through walls via porous materials such as brick, stone, or concrete. This leads to moisture stains, efflorescence, peeling paint, and in some cases, mold growth.
This phenomenon can quickly affect the structure of walls, reduce their thermal insulation, and create an unhealthy environment. It is essential to address this problem at its source.
ATG and ATE: Two Innovative Technologies
ATG and ATE devices are specifically designed to stop rising damp:
- ATG (Geomagnetic Drying):
- Uses the Earth’s natural magnetic field.
- Reverses the polarity of water molecules, forcing them back into the ground.
- Ideal for moderate humidity levels.
- ATE (Electromagnetic Drying):
- Emits electromagnetic waves for faster and more powerful action.
- Recommended for high or persistent humidity levels.
Both solutions work continuously to dry your walls while preventing new rising damp.
Advantages of ATG and ATE Devices
- Durable: A long-term solution with visible results in just a few months.
- Non-destructive: No heavy or destructive work required.
- Eco-friendly: No chemicals and low energy consumption.
- Adaptable: Suitable for both old and modern homes.
Trust Humidité Conseil
With years of experience and recognized expertise, Humidité Conseil helps you eliminate wall humidity. Our ATG and ATE devices integrate seamlessly into your home, offering an effective and environmentally friendly solution.
Don’t let humidity damage your home. Contact us today for a diagnosis and discover our tailored solutions.