The Floating Form Foundation system represents a significant advancement in construction technology, offering a robust, flexible, and efficient solution for modern building foundations.

Our Innovative Technology
Advanced Foundation System Features
- Adaptability to Soil Variability: The Floating Form System, connected to helical piles, accommodates different soil types and variations, reducing the need for extensive site preparation. This adaptability is especially beneficial in urban areas with diverse soil conditions.
- Time and Cost Savings: The streamlined installation process, reduced excavation, and attachment to helical piles translate to shorter construction periods and lower labor costs.
- Structural Integrity: By minimizing the impact of soil movements, the Elevated Floating Form System contributes to the long-term structural integrity of the building. It helps mitigate potential foundation issues arising from settling or shifting soil.
- Fire Resistance: The Elevated Floating Form System offers greater fire resistance compared to conventional construction methods, enhancing the safety and durability of the structure.
- Environmental Benefits: With less grading typically required and no extensive site drainage necessary, the Floating Form System results in less waste, making it a greener construction process.
- Versatility in Terrain: The system's design allows for construction on any terrain, including flood zones, fire hazard areas, hillsides, and rocky areas, proving its versatility and adaptability to various environmental conditions.
Benefits
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Floating Form Foundation Units
Strategically positioned above ground level and affixed to helical piles, these modular units serve as the elevated foundation for the building. Their design allows for flexibility and easy adjustments, adapting to changes in the surrounding soil.
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Load Distribution
The Floating Form System efficiently disperses the building load, mitigating the impact of uneven settling and soil movements. This ensures a stable and uniform foundation for the structure.
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Construction Efficiency
The system’s simplicity and modularity expedite the construction process. Reduced excavation requirements and ease of assembly, combined with attachment to helical piles, contribute to time and labor savings during installation.
Step by Step Installation
