We use Grip-Tite foundation systems designed to stabilize, reinforce, and restore structural integrity—each engineered for specific conditions and long-term performance.
Overview
Each Grip-Tite system is engineered to address a specific type of structural movement, soil condition, or wall failure.
Designed specifically for settlement vs lateral pressure vs crawl space instability.
Utilizing load-bearing vs tension-based systems depending on structural needs.
Custom designed and installed based on your exact structural conditions.
Not sure which system you need? We’ll help you determine the right solution.
FOUNDATION STABILIZATION SYSTEM
A deep foundation solution designed to stabilize and potentially lift settling structures.
Installed deep into load-bearing soil
Ideal for new construction or light structures
Minimal excavation required
Detailed engineering specifications and installation overview.
FOUNDATION STABILIZATION SYSTEM
A resistance-based system designed to stabilize structures using the weight of the building.
Driven to stable soil or bedrock
Ideal for heavier structures
Load-tested during installation
Includes load capacity and installation process.
WALL STABILIZATION SYSTEM
A tension-based system used to stabilize and straighten bowed or leaning foundation walls.
Resists lateral soil pressure
Installed with minimal disruption
Adjustable over time
Includes tensioning process and wall correction details.
WALL STABILIZATION SYSTEM
A resistance-based system designed to stabilize structures using the weight of the building.
Driven to stable soil or bedrock
Ideal for heavier structures
Load-tested during installation
Includes load capacity and installation process.
CRAWL SPACE SUPPORT SYSTEM
A support system designed to reinforce and stabilize floor structures above crawl spaces.
Adjustable support posts
Reinforces weakened beams
Improves structural integrity
Includes tensioning process and wall correction details.
Professional concrete lifting, leveling, and waterproofing services across the Chicagoland area since 2012.
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