01 PLASTER REMOVAL
The rising damp had caused significant damage to the internal plaster on the ground floor. The affected plaster was removed up to a meter above the visible damp line to expose the brickwork and prepare it for treatment.
02 DRY ROD INSTALLATION
To treat the rising damp, a series of dry rods were installed into pre-drilled holes along the base of the walls. These rods slowly release damp-proofing chemicals, creating a permanent barrier that stops moisture from rising through the walls.
03 REPLASTERING WALLS
Once the damp-proofing treatment had been completed and the walls had dried, the affected areas were replastered with a breathable material, allowing any residual moisture to escape without causing further damage.
Roof Parapet Replacement Process
Old Parapet Removal
The existing parapet was in poor condition, with cracks and missing mortar, causing water ingress. The first step was to carefully remove the old bricks and mortar.
Lead Flashing Installation
To protect the new parapet and the roof structure, a lead flashing (lintel) was installed. This prevents water from penetrating through the parapet junction into the roof. Lead flashing was chosen due to its durability and long lifespan, ensuring the roof will remain weather-tight for years to come.
Damp Course Slate Installation
To further protect against water ingress, a damp course made of slates was installed. This acts as a barrier to stop moisture from passing through the parapet into the wall structure.
New Brick Installation
After removing the damaged parapet, new bricks were laid on top of the roof wall to restore the structural integrity. The bricks chosen were designed to match the original aesthetic while being more durable and weather-resistant
Results
The project was completed successfully, addressing both roof parapet deterioration and rising damp issues. The property is now better protected from water damage, and the repairs are expected to extend the building’s lifespan while improving its overall appearance.
The newly replaced parapet with a damp course slate layer and lead flashing successfully addressed the water ingress problem. The roof is now more resilient to weather conditions, and the risk of future water penetration has been significantly reduced
The installation of dry rods provided an effective solution for stopping rising damp. With the treated walls replastered, the property’s interior is protected from future moisture damage.
The replacement parapet not only improved the structural integrity of the roof but also restored the original aesthetic appearance of the building. The new bricks matched the existing structure seamlessly, maintaining the character of the property.