20+ Years Experience
certified foundation support
A helical pile, also called a screw pile, is a steel shaft with one or more helical plates welded near the tip. A hydraulic drive turns the pile into the ground like a large screw until it reaches soil dense enough to carry the load. Because the pile anchors below the frost line, it resists heave and settlement, and it can carry weight right after installation with no concrete cure time.
Explore available helical pile dimensions and their recommended applications to ensure the right fit and load capacity for your project.
M1
2 3⁄8” Pile x 8” Helix
M2
3” Pile x 10” Helix
M3
3 1⁄2” Pile x 12” Helix
Ideal Applications Include for:
Decks
Gazebos
Sheds
*Standard size helical pile length: 6’, 8’, 10’
*Standard size extension length: 6’, 10’
our Helical Piles
6 5⁄8” Pile x 8’ Helix
6 5⁄8” Pile x 12’ Helix
Ideal Applications Include for:
Commercial Parking Lot Lighting
Solar Panels
Billboards
Traffic Signs
Modular Buildings
M4
4 1⁄2”
M5
5 1⁄2”
M6
6 5⁄8”
M8
8 5⁄8”
M10
10 3⁄4”
M12
12 3⁄4”
Ideal Applications Include for:
Concrete Grade Beams
Home Additions
Modular Buildings
Boardwalks
Commercial Buildings
Industrial Buildings
*Large diameter helical pile length, wall thickness, and helix size vary based on load criteria and project application.
High Load-Bearing Capacity
No Excavation Required
Year-Round Installation
Immediate Construction
Minimal Site Disruption
Environmentally Sustainable
Anti-Corrosive Galvanized Steel
Lifetime Structural Backing
Reliable Support, Year-Round.
Helical piles are a versatile deep foundation solution used across residential, commercial, and light industrial construction throughout Ontario. Designed to perform in challenging soil conditions and extreme freeze–thaw environments, helical piles provide immediate load-bearing capacity with minimal site disruption.
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Four-Season Ready Installation
20+
Years of Excellence in Installation & Design
537+
Projects Successfully Completed
537+
Proven Customer Satisfaction
Helical piles are the ultimate solution for Ontario’s frozen terrain, effectively eliminating the traditional construction “off-season.” Unlike concrete, which requires expensive heating, chemical additives, and specialized hoarding to cure in the cold, helical piles are mechanically driven deep below the frost line into stable, non-frozen soil. This process allows for precise installation in temperatures as low as -30°C without the risk of frost heave or seasonal shifting, ensuring your project stays on schedule even in the dead of January.
During the warmer months, the primary advantage of helical piles is the total preservation of your property’s landscaping and the speed of the build. While traditional summer projects are often delayed by massive excavation, piles of dirt, and the long curing cycles of concrete footings, our lightweight hydraulic equipment installs screw piles with zero mess. You avoid the “28-day wait” entirely, allowing you to begin framing your deck, addition, or pool house the very same hour the installation is complete, maximizing your time in the sun.
From residential patios to structural home foundations, our engineered helical pile system provides the ultimate anchoring solution. Whether you are building a new addition or securing a heavy deck, these piles deliver unmatched strength and long-term stability for any project.
Protection Inside and Out.
Our helical piles are engineered to provide a permanent foundation solution that thrives in Ontario’s toughest environments. By focusing on deep-earth anchoring and superior material protection, we eliminate the risks associated with traditional concrete footings.
01.
Our screw piles are driven deep below the frost line, anchoring into stable, non-frozen soil. This mechanical installation effectively eliminates “frost heave” and shifting caused by extreme freeze-thaw cycles, ensuring your structure remains level and secure year-round.
02.
Manufactured from high-strength 60 Ksi steel, our piles feature a full hot-dipped galvanized coating. This industrial-grade finish protects the shafts, heads, and helices from rust and corrosion, providing a maintenance-free foundation designed to last a lifetime.
Built to Withstand the Elements.
Our advanced galvanizing process protects the steel against corrosion, ensuring maximum durability and long-term performance. Designed for even the most demanding projects, our screw piles deliver lasting strength—no matter the environment.
Manufactured from galvanized Grade A500C (62 KSI) steel with 100% certified welding, our helical piles are uplift-resistant, code-compliant, CCMC and AC358 / ESR approved. Engineered in-house and backed by a lifetime warranty for long-term performance.
Galvanized Steel
Grade A500C Steel 62KSI
100% Certified Welding
On-site Weldable
Building Code Compliant
Lifetime Warranty
Uplift
Resistant
In-House Engineering
CCMC
Approved
AC358 / ESR Compliant
| Specification | Detail |
|---|---|
| Shaft sizes | 2 3/8″, 3″, and 3 1/2″ round shaft, plus 6 5/8″ large-diameter shaft |
| Helix diameters | 8″, 10″, and 12″ |
| Coating | Hot-dip galvanized for corrosion resistance |
| Welding | 100% certified welding |
| Installation | Torque-verified to the engineered load on every project |
| Cure time | None; piles carry load immediately after installation |
| Typical uses | Decks, homes, additions, commercial, industrial, and marine foundations |
A helical pile foundation supports a structure on steel piles screwed into the ground instead of poured concrete footings. Each pile is turned down until it reaches soil that can carry the design load, then the structure connects to a bracket on top. It works well on soft, wet, or frost-prone ground.
Depth depends on the soil. Piles are driven until the installation torque shows they have reached firm, load-bearing ground. In much of Ontario that is anywhere from about 10 feet to more than 30 feet, and always below the local frost line.
Capacity depends on the pile size and the soil. Larger shafts and helix plates carry more, and the crew confirms the capacity from the torque reading as each pile goes in. Your engineer sets the required capacity for the project.
For many projects, yes. They install in hours with no excavation or cure time, they reach below the frost line, and they hold in soil where poured footings would shift. A full concrete basement can still make sense on some builds.
Yes. They are screwed into the ground below the frost line rather than poured, so freezing temperatures do not affect the install the way they affect concrete. That makes them a common choice for winter builds across Ontario.
