Submergence correction work | Reducing costs and extending the lifespan of houses with carbon fiber foundation regeneration method
Subsidance correction work
Significantly reduce costs compared to rebuilding or demolition work! Achieve long-lasting wooden houses at low cost with carbon fiber foundation regeneration methods and partial subsidence correction.
This catalog presents technical information on the "Carbon Fiber Foundation Restoration Method" and rational settlement correction solutions, which achieve overwhelming cost reduction compared to new construction, rebuilding, and demolition/addition work, while ensuring the longevity of wooden houses and structural regeneration. By applying carbon fiber sheets, which boast ten times the tensile strength of steel, and high-adhesion epoxy resin to existing foundations that have developed cracks due to aging deterioration and settlement stress, we dramatically restore the bending strength and shear resistance of the foundation structure without the need for formwork installation or large-scale excavation. Furthermore, by selectively lifting only the dangerous areas where differential settlement has occurred using the "Partial Jack-Up Method" and applying steel pipe pile driving, we minimize construction equipment and personnel, significantly compressing construction costs and timelines. This method accommodates construction while residents are living in the home, avoiding secondary costs such as temporary housing rent and moving expenses, and smartly achieves a recovery of foundation strength and building asset value that exceeds that of new construction, all while keeping the financial burden on the client to a minimum within a limited budget.
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basic information
This is a thin-layer molded reinforcement system using high-strength carbon fiber sheets, special epoxy primers, matrix-impregnated resins, and non-shrink finishing mortars. It is designed for complete hand tool construction without the use of heavy machinery or formwork, providing strength equivalent to or greater than that of additional foundation work at a thickness of approximately 2 to 3 mm. For settlement correction, a combination of small hydraulic jacks (capable of 50 to 150 kN), high-precision laser level measuring instruments, and STK steel pipe piles is used to perform pinpoint pressing and lifting at the specific areas of settlement. The reinforcement performance has been validated through full-scale loading tests conducted by public institutions such as Better Living.
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Applications/Examples of results
It is ideal for seismic retrofitting and extending the lifespan of single-family homes where securing a budget for new construction or large-scale foundation repairs is difficult. It is utilized in renovation projects where there are budget constraints and a desire to achieve maximum structural reinforcement effects, as well as in pinpoint corrections for homes that have localized tilting or foundation cracks due to ground subsidence. Additionally, it is widely chosen for restoration consultations from homeowners who want to minimize secondary expenses such as temporary housing costs and moving fees, and for existing housing regeneration projects aimed at enhancing asset value while keeping the costs of foundation reinforcement after purchasing a used home to a minimum.
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