If you have a commercial, industrial, infrastructure or heritage structural repair enquiry, contact us now. We will respond within one working day. Please note we do not provide services for domestic properties.
A structure is only as strong as the ground beneath it. When soil washes away, compacts unevenly or loses its load-bearing capacity the foundations are left completely unsupported. This leads to severe subsidence, cracked floor slabs and catastrophic structural failure. Ground movement does not correct itself. If you ignore failing soil the voids will multiply and eventually compromise the entire geometric stability of your asset.
When voids form beneath a commercial slab or civil infrastructure traditional repair methods involve massive disruption. Tearing up concrete floors, excavating loose soil and pouring mass concrete is financially crippling. It shuts down operations, generates massive waste and often fails to address the deep geological weaknesses causing the issue in the first place. You need a targeted geotechnical solution rather than a blunt excavation.
Structural Repairs bridges the gap between geotechnical science and structural engineering. We deploy advanced pressure grouting and ground injection techniques to stabilise weak soils and fill hidden voids directly beneath your assets.
We do not rely on guesswork. Using empirical geological data we inject highly engineered grouts deep into the earth to permanently alter the physical properties of the ground itself.
Resin injection uses expanding chemical polymers which are ideal for rapid lifting or stopping water leaks. Cementitious grouting uses specialised liquid concrete mixes. It is highly cost-effective for filling massive subsurface voids, consolidating deep soil strata and providing immense compressive strength for heavy industrial loads.
We never guess. Before any injection takes place we utilise Ground Penetrating Radar (GPR) and core sampling to map the exact depth, size and severity of the subsurface voids or loose soil zones.
The process is specifically engineered to minimise disruption. Because we inject the grout through small holes drilled into the surface there is no heavy excavation required. We can often execute these works in live operational environments or during out-of-hours shifts to keep your facility running smoothly.
Yes. Cementitious pressure grouting is highly effective for stabilising industrial slabs carrying heavy racking systems or dynamic forklift traffic. The high-strength grout restores full bearing capacity directly to the underside of the slab, preventing further settlement and trip hazards.
