Protecting Buildings from Moisture Damage and Structural Deterioration
We help commercial property owners, body corporates, and facility managers prevent structural damage, tenant complaints, and costly repairs caused by rising damp and moisture intrusion. Our damp proofing solutions protect your building and extend its service life.
Injection cream
Cream Injection for Damp Prevention is an effective treatment used to stop rising damp in masonry walls. A specialised damp-proofing cream is injected into drilled holes along the mortar joints, where it penetrates the wall and forms a water-repellent barrier. This barrier prevents moisture from rising through the wall by capillary action.
Once cured, the cream creates a long-lasting damp-proof course that protects interior finishes, prevents plaster damage, mould growth, and structural deterioration. This method is minimally invasive, highly effective, and suitable for both residential and commercial buildings.
Water-repellent coatings
Water Repellent Coatings, such as Cementitious and Crystalline Systems, protect concrete and masonry surfaces from water ingress while maintaining structural durability. These specialised coatings penetrate or bond to the substrate, creating a protective barrier that prevents moisture penetration and long-term deterioration.
Subsoil Drainage
Subsoil Drainage for Damp Prevention is a system designed to redirect groundwater away from foundations and below-ground structures, preventing moisture from penetrating walls and floors. It involves installing perforated drainage pipes around the building perimeter, typically at foundation level, surrounded by drainage stone and protective geotextile layers.
This system collects and channels excess groundwater safely away from the structure, relieving hydrostatic pressure against foundation walls and preventing rising damp, water ingress, and structural deterioration. Subsoil drainage is a highly effective long-term solution for protecting basements, retaining walls, and ground-floor structures from damp-related damage.
