1.Overview
Many homeowners worry about “recurring tilting,” which is often caused by only addressing surface-level straightening while neglecting the deep stabilization of the foundation. Our solution employs a three-in-one process of “settlement-stopping pile foundations + ground improvement + anti-seepage isolation,” aiming to achieve permanent stability for the foundation.
TwoThree Core Guarantees to Ensure “No More Recurrence”
⑴、Bridging the soft soil layer to establish a hard support (Stable Foundation Layer)
Coastal cities in Indonesia (e.g., Jakarta, Surabaya) have deep layers of silt and peat soil underground.
Approach: We use **Static Pressed Piles** to transfer the building’s load directly to the deep hard soil or rock layer underground.
Effect: Even if the soft surface soil continues to creep and settle due to drought or rainy seasons, your house will remain like an “immovable pillar” anchored to the hard ground, unaffected by the fluctuations of shallow soil layers, completely eliminating any possibility of re-tilting.
⑵、Blocking groundwater scouring channels (anti-seepage strategy)
Heavy rainfall during Indonesia’s rainy season is the primary culprit behind the renewed hollowing out of the foundation.
Method: After completing the rectification, we will perform fully sealed high-pressure grouting around the foundation to create a physical barrier beneath it.
Effect: Effectively prevents soil particle loss and groundwater scouring caused by rainwater infiltration, ensuring stable soil pressure beneath the foundation is maintained.
⑶、Structural stress release and rebalancing
Method: The rectification process strictly adheres to millimeter-level fine-tuning. Once the house is completely realigned and stabilized, we proceed with pile foundation sealing and structural reinforcement.
Effect: Eliminates structural internal forces caused by tilt accumulation, ensuring uniform load distribution across the building’s supports. This balanced state is key to preventing further displacement during Indonesia’s frequent micro-seismic activities.
ThreeWhy Can Our Solution Achieve “Once and for All”?
Simple “soil removal for rectification” or “surface reinforcement” often only lasts 2-3 years. What sets us apart is:
Compliance Endorsement: The solution strictly adheres to SNI 8460:2017 (Geotechnical Engineering Standards), ensuring the post-rectification settlement rate approaches zero.
SLF Continuity: Only buildings that have completely ceased settlement can consistently pass future SLF (Structural Reliability Certification) annual inspections, ensuring the legal operation and transfer of assets.
Four、 Legal and Liability Boundaries: Clarification on “Exceptional Circumstances”
Although our technology ensures a solid foundation, in Indonesia’s complex environment, homeowners need to pay extra attention to the following three extreme scenarios (not related to construction quality issues of rectification work):
Violation of PBG: The owner privately added floors after rectification or stacked heavy equipment on one side of the building, exceeding the designed load-bearing capacity.
Neighborhood interference: Deep excavation (Basement) at adjacent construction sites without dewatering support, leading to regional soil loss.
Natural disasters: Such as prolonged immersion from extreme floods, regional ground collapse caused by strong earthquakes, or tsunamis.
FiveSummary: Correction is a “foundation remodeling.”
One-time construction, lifelong stability. Correction and reinforcement are not just for current “uprightness” but for future “immobility.” Under normal usage and without external forceful damage, our correction and reinforcement project ensures:
Settlement rate zeroed: Post-construction monitoring data stabilized.
Disaster resistance enhanced: Significantly improved the building’s performance during rainy seasons and light to moderate earthquakes.
Asset value preserved: Completely eliminated the “dilapidated house” label, maintaining your property’s competitive edge in the Indonesian market.