Settlement correction work | Resolving dizziness through floor tilt analysis and leveling of the home, along with foundation reinforcement.
Subsidance correction work
Eliminate dizziness caused by the floor slope of an old house! Extend the lifespan of your home permanently with numerical data from measuring the building's outer perimeter level and correcting subsidence while living in it.
The sloping floors that frequently occur in older homes and used properties disrupt the residents' vestibular systems, causing unexplained dizziness, headaches, nausea, and other health issues. Additionally, the stress caused by differential settlement can create cracks in concrete foundations, drastically reducing the overall seismic performance of the building. Geotech's settlement correction solutions are advanced technologies that balance the restoration of structural safety with the maintenance of residents' health. First, precise measurements of the building's perimeter levels are conducted using precision instruments, objectively measuring and clarifying the height differences around the building, the maximum amount of settlement, and the deformation angles (whether it is a uniform tilt or a deformed tilt). Based on these results, we implement "settlement correction while living" that requires no moving or temporary housing. This approach ensures that the living infrastructure remains uninterrupted, eliminating any mental or financial burden on the residents. Furthermore, techniques such as the "i-LIFT method" involving pressurized liquid injection and the carbon fiber attachment technique "Ganko Oyaji method" significantly enhance foundation rigidity and prevent re-settlement, dramatically improving the health of your home and its asset value.
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basic information
The structures we can handle range widely from old wooden houses, steel structures, and reinforced concrete buildings to various small-scale structures. During on-site investigations, we use laser precision level gauges and SWS testing machines to meticulously quantify the level differences around the building and the converted N values of the ground into detailed numerical data. Our repair methods include liquid pressure injection (i-LIFT method), steel pipe pile driving method, pressure slab method, and carbon fiber foundation reinforcement (Ganko Oyaji method). We select the optimal method based on the conditions of the construction site and the ground conditions. We also utilize specialized small equipment that can accommodate narrow sites and unreinforced foundations.
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Applications/Examples of results
Complete recovery from dizziness, headaches, and physical discomfort caused by the floor slope of an aging used house. Repair of foundation defects during the buying, selling, and renovation of used houses. Safe subsidence correction and leveling without temporary housing while residing. Dramatic improvement in the bending and shear strength of unreinforced concrete foundations that have deteriorated or cracked. Long-term prevention of re-subsidence and upgrades to seismic performance can be widely and sustainably utilized for restoring a safe and healthy living environment and regenerating the value of residential assets.
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