An efficient and environmentally friendly foundation solution for diverse soil conditions, settlement issues, and construction demands with stable, industry-compliant CSA and ISO Certifications.
Helical piles have become a popular and highly effective deep foundation option.
They offer numerous advantages over traditional foundation systems, including a smaller environmental footprint, faster installation, and adaptability to various soil and environmental conditions.
Each pile consists of a steel pipe shaft with a 45° cut at the bottom and one or more helical plates welded to the exterior.
The innovative design of helical piles significantly reduces installation time compared to conventional options. They can immediately support loads after installation, ensuring a rapid turnaround on your foundation projects.
The True Helix design enables the helical pile to be turned into the ground quickly and accurately without the noise and vibrations caused by a pile driver. It also dramatically increases bearing capacity and pull-out resistance.
Helical piles offer a cost-effective alternative to conventional foundation products due to their faster installation time, reducing your overall Total Installed Cost.
Helical piles provide a smaller environmental footprint than traditional options, making them the preferred sustainable choice for businesses.
They can also be easily removed and reused, offering an efficient solution to your foundation challenges.
We are committed to ensuring that every helical pile meets the highest quality standards before leaving our supplier’s facility. Our dedication to meeting CSA and ISO standards guarantees that you use the best piles for the job.
Valley Piling’s helical piles are designed to withstand even the most challenging conditions, ensuring exceptional performance across diverse soil types and environments.
Helical piles offer outstanding resistance to seismic activity, making them a preferred solution in earthquake-prone regions.
The spiralled plates on the piles provide a secure grip in the soil, reducing the risk of displacement during ground shaking.Additionally, their design flexibility allows them to be installed at various angles to enhance stability during seismic events further.
