Heritage Building & Preservation

[...] , porous material like brick will naturally attract moisture and through a process known as capillary action, will take on water. If you picture a sponge being placed in a sink with a shallow water [...]

[...] , porous material like brick will naturally attract moisture and through a process known as capillary action, will take on water. If you picture a sponge being placed in a sink with a shallow water [...]

[...] Ok theres many articles, studies and reviews on the internet at the moment in regards to electro-osmotic damp proofing and its efficacy. The process of rising damp is fairly easy to understand; a dry, [...]

[...] Ok theres many articles, studies and reviews on the internet at the moment in regards to electro-osmotic damp proofing and its efficacy. The process of rising damp is fairly easy to understand; a dry, [...]

[...] time a thin layer of insoluble Titanium Dioxide will form along the length of the electro-osmotic installation, and create a passive resistant system. Several studies have been undertaken with [...]

[...] time a thin layer of insoluble Titanium Dioxide will form along the length of the electro-osmotic installation, and create a passive resistant system. Several studies have been undertaken with [...]

[...] it simple! It was as early as the 18th century when it was discovered that applied voltage affects capillary action. If you introduce a DC charge water will shift to the negatively charged cathode. [...]

[...] it simple! It was as early as the 18th century when it was discovered that applied voltage affects capillary action. If you introduce a DC charge water will shift to the negatively charged cathode. [...]

[...] osmosis. Furthermore, as a handy bi-product of this system, after time a thin layer of insoluble Titanium Dioxide will form along the length of the electro-osmotic installation, and create a passive [...]

[...] osmosis. Furthermore, as a handy bi-product of this system, after time a thin layer of insoluble Titanium Dioxide will form along the length of the electro-osmotic installation, and create a passive [...]

[...] University of Denmark), who has published numerous papers, but particularly “Drying brick masonry by electro-osmosis” in which she and her colleagues essentially find that “In [...]

[...] of  Technical University of Denmark), who has published numerous papers, but particularly “Drying brick masonry by electro-osmosis” in which she and her colleagues essentially find that “In the [...]

[...] Dioxide will form along the length of the electro-osmotic installation, and create a passive resistant system. Several studies have been undertaken with regard to this process, most noticeably, by& [...]

[...] Dioxide will form along the length of the electro-osmotic installation, and create a passive resistant system. Several studies have been undertaken with regard to this process, most noticeably, by  [...]

Download our free guide on damp in your property and how to combat it [...]

[...] when it was discovered that applied voltage affects capillary action. If you introduce a DC charge water will shift to the negatively charged cathode. Apply that concept to building structures [...]

[...] when it was discovered that applied voltage affects capillary action. If you introduce a DC charge water will shift to the negatively charged cathode. Apply that concept to building structures [...]

[...] capillary action, will take on water. If you picture a sponge being placed in a sink with a shallow water level, even though the water level may be below the top of the sponge, capillary action will [...]

[...] capillary action, will take on water. If you picture a sponge being placed in a sink with a shallow water level, even though the water level may be below the top of the sponge, capillary action will [...]