"The music school on Thomas-Mann-Platz in Chemnitz is located right at the gates of the popular Sachsenallee.

Thick natural stone walls required effective, active drying and subsequent moisture control.

With the first Drymat system, dry classrooms could be provided to the building after only a short time.

Advantage: because the cathodes in our method are always installed beneath the foundation, the waterproofing plane is located accordingly underneath the building.

Floor and basement surfaces can therefore dry out as well. 

The management has now already ordered the second system in order to bring further walls "into the dry".

The Drymat method is particularly effective because it also involves simultaneous active desalination. Salts that have recently migrated into the masonry – commonly known as saltpetre – retain moisture in walls over the long term.

If these moisture-binding salts are now actively drawn out of the masonry, this leads to accelerated drying of the building components.

Equally important in any electrophysical drying is always an even current distribution, which Drymat achieves through special varistors in front of each anode.

See also:

https://www.drymat.de/anodensysteme.html