Sydney Based + National Delivery
Sydney Based + National Delivery
Developed using a specialised chemistry-sector AI engine designed to model and optimise molecular behaviour within masonry pore structures.
This advanced development process allows us to deliver a highly predictable and consistently performing rising damp treatment system.
Cutting edge formula developed using is formulated to penetrate masonry pore networks and form an internal damp-proof course when installed correctly.
Proudly Australian Made
Rising Damp can be a new revenue stream for your business.
Easy pathway for tradies who want to:
If you’re responsible for warranty, this system is built for you.
Every job is different.
Different bricks. Different mortar. Different moisture load. Different surprises once drilling starts.
A chemical DPC system needs to cope with that reality — not rely on perfect walls or best-case conditions.
This approach is designed to handle:
So when you inject, you’re forming a barrier that works.
Most masonry isn’t uniform. Walls vary in density, pore structure, moisture load, and internal makeup — especially in older buildings.
A properly specified chemical DPC system accounts for those variables from the outset.
By allowing for differences in absorption, internal voids, salt presence, and wall construction, a well-designed injection approach forms a continuous, reliable moisture barrier even where conditions aren’t perfect.
A chemical DPC injection fluid spreads through the capillary pore network of masonry and creates a water-repellent zone that interrupts rising moisture transport. The outcome depends on penetration, product quantity, continuity, and correct drill pattern.
DPC Injection fluid provides higher security for the contractor due to the fast and deep penetration of the injection fluid under pressure into tricky areas where cream products can’t reach.
Cream systems are great for DIY or handyman applications. However, the quantity of product and instant result of fluid injection can provide more predictable distribution and coverage.
This matters when you are warranting your work and want to walk away from your jobs with visual confirmation of product penetration into wall junctions, thick walls and around fireplaces.
DPC creams rely on slow absorption and diffusion. Fluid injection saturates the masonry rapidly under pressure, providing faster and more predictable distribution for full silicone water repellency.
Rising damp and salt damp are common in Australian masonry — particularly in older brick construction where no physical damp-proof course was installed, or where the original DPC has broken down over time.
Salt damp is rising damp that has carried soluble salts from the ground into the wall. As moisture evaporates, salts crystallise within the pore structure, causing plaster failure, spalling, and ongoing damage. Treating salt damp requires the same chemical DPC injection approach as rising damp — but wall condition assessment is more critical because salt-affected masonry often has compromised pore structure.
Fluid injection systems are the preferred choice for both conditions in professional remedial work. The low viscosity of a solvent-borne silane fluid allows it to penetrate deeply under pressure, reaching through compromised or irregular masonry where cream systems stall. This matters when warranting the outcome — a continuous barrier formed through the full wall thickness is the only reliable result.
