Settlement correction work | Digital measurement for foundation cracks and settlement correction epoxy pressure plate

Prevent distortion of buildings with 3D laser measurement! Correct foundation cracks and subsidence with millimeter precision using high-adhesion epoxy resin injection and pressure-resistant slab methods.

This is a state-of-the-art settlement correction solution that resolves building settlement issues accompanied by foundation cracks with millimeter-level precision, based on visualization data management using a 3D laser measurement system. For the foundation structure that has fractured due to settlement stress, high-viscosity epoxy resin is pressure-injected to create a dense seal, restoring the integrity and waterproofing of the structure and providing seismic strength greater than that of a new building. In the lifting process, a pressure plate and hydraulic jacks are placed directly under the foundation, and ultra-high precision laser level measuring instruments and displacement sensors are linked to continuously monitor and digitally measure the building's lifting behavior and tilt angle. To accurately restore horizontal alignment with millimeter precision without causing harmful distortions or stress concentrations in the structure, it perfectly prevents secondary damage to the house, such as wall coverings tearing or beams warping. After correction, self-hardening lightweight bubble mortar (air milk) is injected at high density into the voids beneath the foundation to distribute the ground pressure evenly, completely eliminating the risk of re-settlement. We offer consistent support for construction while residents are living in the property, with a reliable ground guarantee provided.

Residential foundationsRenovation and repair methodsConsulting companies