Imagine a foundation solution that saves you time, money, and, countless headaches. Helical piles offer exactly that – a simple solution to complex foundation projects. With helical piles, you can avoid delays and simplify projects allowing you to focus on moving forward with your build.
Helical piles reduce risk and provide a deep foundation solution that is fast, efficient, and repeatable. They install quickly, can be loaded immediately, require minimal installation crews and equipment, and pile capacity is verified during installation. Even on the most logistically challenging sites, helical piles help you avoid lengthy, complex installations.
Talk to an Consultant Download the BrochureHelical piles expedite project timelines by installing xxx. Their rapid installation process helps keep projects on schedule, minimizing delays caused by complex foundation setups.
Hauling equipment to and from a site is costly and time-consuming, especially in metropolitan areas or limited-access environments. Helical piles excel in these conditions because they’re installed using compact, maneuverable equipment.
Helical piles reduce the risk of foundation failure by ensuring each pile reaches the depth and load-bearing capacity required. During installation, torque monitoring offers real-time verification of soil conditions and pile capacity at each pile location, removing uncertainty and ensuring your foundation is supported by competent soil.
A helical screw pile is rotated into the ground by using a hydraulic drive head, powered by an excavator, pile driving rig, or any other equipment with hydraulic capability.
While helical piles have been used for many decades, the IDEAL approach is anything but antiquated. With our nationwide distribution network, superior product strength, and unwavering commitment to service, we're the helical pile manufacturer you can depend on to be your IDEAL partner.
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Working with helical piles is anything but standardized. Each project has its own set of challenges that affect pricing, and the steel market’s fluctuations make it difficult to offer a budget without reviewing a project. What we can do is guide you through the factors likely to impact costs so you can plan more confidently.
The length of the pile typically has the biggest impact on pile cost. With helical piles its also important to consider the amount of extension sections needed as each added section increases the material and labor costs. Using longer extension sections can reduce total pile cost and increase installation rates.
The piles shaft diameter is usually controlled by loading requirement and soil conditions. Steel is a larger contributor to the overall product cost, so the more steel required, the higher the cost.
The origin and grade of steel have a significant effect on helical pile pricing. Using high-yield domestic steel ensures quality and compliance with stringent standards but results in increased material costs compared to lower-yield or imported alternatives.
A typical helical unit is shown here. It consists of a central steel shaft, to which can be attached one or more steel helices. The central shaft can be extended with bolted extension pieces as needed. Helical piles are highly configurable, allowing them to meet the needs of a variety of applications and be adapted to site specific challenges.
Our team is often called on to fabricate custom brackets and load transfer devices. If you don't see what you’re looking for above, talk to us, and we can design the perfect bracket to meet your project requirements.
Helical piles are commonly used for new construction, foundation repair, retrofitting structures, and retaining wall support. They are ideal for projects in sensitive environments, such as boardwalks, marine structures, and historic preservation, where minimal disruption is critical. Additionally, they make installing in limited-access environments less challenging, making them ideal for retrofit projects and installations in confined spaces or low-headroom areas.
A complete helical installation package includes the following;
Excavator or Similar Equipment with Hydraulic Capabilities: Provides hydraulic power for the drive head and facilitates easy movement and alignment of the piles.
Hydraulic Drive Head: The tool that applies the necessary torque to rotate the pile into the ground.
Drive Adapter: Connects the helical pile shaft to the drive motor.
Torque Indicator: Monitors the torque applied to ensure the pile reaches the specified depth and load-bearing capacity.
There are multiple methods to extend the life of a helical pile by protecting it from corrosion. Hot dip galvanizing, which applies a zinc coating, is commonly used for small-diameter helical piles, while large-diameter piles are often designed with sacrificial steel thickness to allow for controlled corrosion over time.
We get it, unbiased advice isn't always easy to come by. Talk to a member of our team to quickly understand if helical piles could save you time and money—no hidden agenda or strings attached.