
NEWS
One of the most compelling advantages of helical piles is their minimal disruption to the construction site and surrounding environment. Unlike poured concrete foundations, which often require extensive excavation, spoil removal, and long curing periods, helical piles are installed by “screwing” into the ground, producing virtually no vibration or soil displacement. This significantly reduces noise, minimizes waste, and preserves the natural terrain — a critical benefit for sensitive sites such as wetlands, green corridors, and historic areas.
Furthermore, helical piles deliver immediate load-bearing capacity. As soon as they are installed, they can support structural loads—no waiting for concrete to cure. This makes them ideal for time-sensitive projects like emergency infrastructure, temporary platforms, or fast-track construction. Better Screw Co.’s installation teams use real-time torque monitoring to verify that piles have reached their design bearing capacity, giving clients precise engineering assurance.
Helical piles also offer long-term cost and sustainability benefits. Their steel construction resists corrosion, especially when galvanized, and many systems can be removed and reused if needed — supporting circular-economy goals. Projects in urban environments, where minimizing construction waste and preserving vegetation are priorities, particularly benefit from helical pile technology.
Better Screw Co. is expanding its global helical pile business, offering customized systems (square shaft, round shaft, multiple helix configurations) to meet a wide variety of foundation needs. Whether a project involves utility anchoring, marine moorings, boardwalks, or commercial structures, the company’s screw pile solutions deliver on both environmental and performance demands.
As the world moves toward greener, faster, and more flexible construction methods, helical piles from Better Screw Co. represent a smart, sustainable foundation choice — one that aligns with modern project goals and ecological responsibilities.