Wall drying device ATE LC30

Electromagnetic device for rising damp

Diameter : 30 m · Mains powered

ATE LC30 – Rising damp treatment and wall drying

This device uses innovative electromagnetic technology. Designed to treat rising damp, it is suitable for large areas and contributes to a progressive action against wall dampness.

With a 15-meter range (30-meter diameter), this wall drying device is ideal for large rooms, load-bearing walls, and damp buildings.

Key features:

Electromagnetic anti-damp device

Large coverage area: 30 m diameter

Low-frequency technology

Autonomous operation

Quick installation on a grounded power outlet

Quick and easy installation:

Simply plug the system into a grounded power outlet and it will start operating. No harmful waves and no chemicals.

French manufacturing and warranties:

Made in France

10-year manufacturer warranty

Available in two colors

CE compliant

Highlights:

Results generally visible between 18 and 24 months

Suitable for homes, cellars, basements, garages, old buildings

Compact and discreet device

Also available at Leroy Merlin and Castorama

Simple and Effective Performance

APPAREIL ASSECHEMENT ATE

A Reliability Guarantee

How the ATE LC30 wall drying device Fights Wall Dampness

Wall drying device ATE LC30Appareil assèchement mur ATE

How the ATE LC30 wall drying device Works: An Effective Solution Against Wall Dampness

Water molecules are polarized, with a positive pole and a negative pole, which naturally drives them to orient upward and penetrate walls through capillary action. The electromagnetic wall drying device works by emitting very low-frequency waves, reversing this polarity to push water molecules back down toward the ground, thereby pushing back moisture caused by rising damp.

This solution is particularly effective in combating wall dampness. However, it is important to specify that it does not treat problems related to water infiltration, flooding, or mold. These issues require specific solutions and must be treated separately.

This system operates continuously, with very low energy consumption (around 0.75 W), which represents an annual cost of about €15.