When traditional concrete foundations fall short or project budgets demand efficient alternatives, Helical Piles deliver reliable, engineer-approved structural stability. Designed to anchor deeply into stable soil strata, our helical pile systems handle heavy axial loads, lateral forces, and complex soil dynamics without the extended wait times or environmental impact of concrete pours.
Whether you are designing a deep foundation for a new commercial build, anchoring a solar array, or underpinning an existing structure suffering from foundation settlement, our helical piles provide custom-engineered peace of mind.
Versatile Shaft Diameters: Available in a wide selection of outer diameters—2 ⅜”, 2 ⅞”, 3 ½”, 4 ½”, 5 ½”, 6 ⅝”, and 8 ½”—with custom fabrication options tailored to your specific engineer requirements.
High-Yield Carbon Steel: Manufactured from premium carbon steel with a minimum yield strength of 65 ksi for maximum structural integrity.
50-Year Corrosion Protection: Fully coated in an eco-friendly thermoplastic polymer (EAA) layer designed to meet ICC AC228 acceptance criteria, providing up to 50 years of corrosion resistance in aggressive soil environments.
Immediate Load-Bearing Capacity: Rapid installation with no curing time allows for immediate load application, accelerating project schedules.
Code-Compliant Engineering: Backed by rigorous technical testing, CAD drawings, and ICC-ES criteria for smooth building code approvals.
| Application Type | Engineering Solutions |
| Compression & Tension Foundations | Commercial buildings, solar fields, pedestrian bridges, launch pads, and swimming pools. |
| Tension & Retaining | Wall tiebacks for retaining walls, basement walls, guy wire towers, and shoring systems. |
| Shear & Overturning | Foundations for high-mast lighting, self-supporting utility towers, and signage structures. |
| Underpinning & Remediation | Stabilization and load augmentation for distressed foundations or historic structures. |
Precision Installation: Driven into soil using hydraulic equipment, helical piles monitor torque during installation to verify real-time load capacity before construction proceeds.
Low Environmental Impact: Minimal site disturbance, zero soil displacement, and no concrete spoils to dispose of—making them ideal for tight urban sites or ecologically sensitive zones.
Flexible Engineering Support: Complete access to CAD drawings (.DWG), technical PDFs, design software, and technical consultation for structural engineers and general contractors.
