Complete Guide to Helical Piles
- GoliathTech Utah
- Feb 16
- 5 min read
When it comes to building in Utah's demanding soil and climate conditions, foundation performance isn’t optional, it’s critical. From expansive clay and rocky terrain to freeze-thaw cycles and seismic considerations, structures need deep, engineered support that goes beyond traditional concrete foundations.
That’s why Helical Piles have become the preferred foundation solution across residential, commercial, and industrial building projects.
At GoliathTech Utah, Helical Screw Piles are engineered, galvanized, torque-verified, and installed with proprietary innovations that make them stronger than concrete in almost every application — and built to withstand Utah’s harshest environmental conditions.
This guide explains what Helical Screw Piles are, how they work, and why GoliathTech’s exclusive double-protection system sets a higher standard in foundation technology.
What Are Helical Screw Piles?
Helical Piles (also known as helical piers or screw piles) are foundation elements made from high-strength steel shafts with one or more helix-shaped plates welded to the base.
Rather than digging large footings and pouring concrete, Helical Piles are:
Rotated into the ground using hydraulic torque motors
Installed to engineered load-bearing depths
Immediately capable of supporting structural loads
The helical plates act like threads on a screw, advancing through the soil with minimal disturbance and anchoring into stable bearing strata below frost depth.
How Helical Piles Work
1. Engineered for Structural Loads
Every project begins with load calculations. Engineers determine:
Axial compression and tension requirements
Lateral load demands
Soil conditions
Frost depth compliance
The shaft diameter, helix size, and configuration are selected accordingly.
2. Hydraulic Torque Installation
The pile is rotated into the soil using specialized hydraulic equipment. As it advances:
The surrounding soil is compacted
Bearing capacity increases
Installation torque is continuously measured
Torque directly correlates to load capacity, giving real-time verification that the pile meets engineered specifications, something traditional concrete cannot provide during installation.
3. Immediate Load Transfer
Once the required torque is achieved:
The pile is cut to grade
A bracket or structural head is attached
Construction can proceed immediately
There is no curing time, no weather delays, and no waiting for strength development.
Galvanized Steel + ZN: Stronger Than Concrete
One of the defining advantages of GoliathTech Helical Screw Piles is their galvanized steel construction combined with advanced corrosion protection.
Unlike concrete, which can crack, absorb moisture, and degrade over time, GoliathTech piles are built from high-performance structural steel:
60 Ksi steel piles (except diameters greater than 4 ½", which use 55 Ksi steel)
Fully galvanized tubes, heads, and helices
Protected from physical deterioration and rust formation
This galvanizing process ensures long-term corrosion resistance, even in challenging soil conditions.
The result?
A foundation system that resists deterioration, maintains structural integrity, and delivers long-term durability in environments where concrete may weaken over time.
GoliathTech Double Protection System
Utah’s freeze-thaw cycles can cause significant ground movement. Frost heave can shift foundations both externally and internally if moisture accumulates. GoliathTech Utah's Helical Piles are designed with double protection against freezing and thawing, inside and outside the pile.
1. Internal Protection Against Ice Formation
GoliathTech screw piles (except diameters greater than 6 ⅝") are:
Filled with polyurethane
Preventing internal ice formation
Reducing internal expansion pressure during freezing conditions
This internal insulation minimizes the risk of freeze-related stress inside the pile shaft.
2. External Corrosion Protection
All standard piles are:
Fully galvanized
Manufactured with high-strength 60 Ksi steel
Protected at the tubes, heads, and helices
This dual-layer protection system ensures:
Resistance to soil moisture
Protection from rust
Long-term structural performance
This is a key difference between generic helical piles and the engineered system provided by GoliathTech Utah.
Exclusive Anchoring Solution
Another innovation that sets GoliathTech Utah Helical piles apart in the industry is the nut-type fastening anchoring system.
Unlike basic cap systems, GoliathTech pile heads are equipped with:
A mechanical fastening system
Direct structural attachment capability
Enhanced lateral resistance
High resistance to tearing forces
This exclusive anchoring solution:
Prevents lateral movement
Prevents vertical shifting
Secures the structure directly to the pile
In Utah’s variable soil conditions and seismic zones, this added stability makes a measurable difference in structural performance.
Why Helical Screw Piles Outperform Concrete in Many Applications
Installation Feature | Helical Piles | Concrete Footings |
Installation Speed | Rapid | Slower |
Excavation Required | None | Significant |
Cure Time | None | 3–7+ Days |
Winter Installation | Yes | Limited |
Load Verification | Torque-monitored | Visual inspection only |
Frost Resistance | Engineered below frost line | Can be affected |
Removable | Yes | No |
While concrete remains common, Helical Piles provide:
Faster project timelines
Reduced site disruption
Engineered load confirmation
Year-round installation capability
For Utah builders and developers, these advantages translate into both cost efficiency and structural confidence. Learn more about GoliathTech Utah's Helical Piles vs. Concrete
Ideal Applications for Helical Piles in Utah
GoliathTech Utah Helical Piles are suitable in virtually all soil conditions and are commonly used for:
Residential Projects
Deck foundations
Home additions
ADUs
Porch supports
Foundation stabilization
Commercial Construction
Office buildings
Retail centers
Multi-family housing
Signage and canopy supports
Industrial & Infrastructure
Solar panel systems
Communication towers
Utility structures
Boardwalks
Temporary or modular buildings
Their modular design allows them to be removable and reusable when needed — an added advantage for temporary installations.
Why Choose GoliathTech Helical Piles?
GoliathTech Utah delivers a system engineered for performance, durability, and long-term value.
Rapid Installation - Minimal excavation. No curing time. Immediate load-bearing capacity.
No Excavation - Minimal site disturbance. Reduced landscaping impact.
Year-Round Installation - Independent of weather conditions.
Suitable in All Soil Conditions - Engineered for Utah’s expansive clay, rocky soils, and slopes.
Minimal Impact to Landscape - Clean installation with little disruption.
Ideal for Restricted Spaces - Compact equipment allows access where large machinery cannot operate.
Removable and Reusable - Ideal for temporary or modular structures.
Lifetime Durability - Galvanized steel construction and double protection system provide long-term performance.
Frequently Asked Questions About Helical Screw Piles
Q. Are Helical Screw Piles really stronger than concrete?
A. In many applications, yes. Helical Screw Piles are manufactured from high-strength galvanized steel (60 Ksi or 55 Ksi depending on diameter), offer engineered load verification through torque monitoring, and are resistant to freeze-thaw damage and corrosion. Concrete can crack and degrade over time, while properly installed steel piles maintain structural integrity.
Q. How do Helical Screw Piles handle freeze-thaw cycles?
A. GoliathTech Helical Screw Piles feature a double-protection system. They are fully galvanized to resist external corrosion and filled with polyurethane (except larger diameters) to prevent internal ice formation, reducing freeze-related expansion stress.
Q. How deep are Helical Screw Piles installed?
A. Depth depends on soil conditions and structural load requirements. Installation continues until the required torque (correlating to engineered capacity) is achieved — typically well below frost depth.
Q. Can Helical Screw Piles be installed in winter?
A. Yes. Because there is no concrete curing involved, Helical Screw Piles can be installed year-round, even during Utah’s colder months.
Q. Do they work in rocky or expansive clay soils?
A. Yes. Helical Screw Piles are engineered for variable soil conditions and are commonly used in Utah’s expansive clay and mixed soil profiles.
Q. Are they permanent?
A. Yes. When properly engineered and installed, galvanized Helical Screw Piles are designed for long-term structural support and durability.
Build on Strength. Build with Confidence.
When your project demands long-term performance, engineered load capacity, and resistance to Utah’s toughest soil conditions, Helical Piles deliver a foundation solution you can trust.
With galvanized high-strength steel, double freeze-thaw protection, torque-verified installation, and an exclusive anchoring system, GoliathTech Utah Helical Screw Piles are designed to outperform traditional concrete in speed, durability, and structural integrity.
Whether you’re planning a residential deck, commercial development, solar installation, or foundation repair, the right foundation starts below the surface.
Ready to get started?
Contact GoliathTech Utah today for a project consultation and engineered foundation solution built to last.
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