Material is available in bare steel or galvanized.
Can be used to support and lift multi-story structures.
Can be used to support and lift multi-story structures.
Can be used to support and lift multi-story structures.
Can be used to support and lift multi-story structures.
Can be used to support and lift multi-story structures.
Typical spacing is 4-7 ft.
Can be used to support and lift multi-story structures.
Can be installed indoor or outdoor.
Can be installed indoor or outdoor.
Can be used to support and lift multi-story structures.
Can be installed indoor or outdoor.
Benefits
Quick-Installation
Helical piers are installed efficiently with minimal disruption to the property. The process is faster than traditional methods, reducing downtime and allowing you to address foundation issues swiftly.
Versatility
Helical piers can be used in a wide range of soil types and for various structures. Whether you're dealing with residential, commercial, or industrial projects, they offer a reliable solution for stabilizing foundations.
Cost-Effective
Compared to other foundation repair methods, helical piers are often more affordable. Their quick installation and minimal excavation requirements help keep overall project costs down.
Minimal Excavation
The installation process requires less digging and disturbance to your property. This means less mess and a reduced impact on landscaping, preserving the aesthetics and functionality of your outdoor space.
Long-Lasting
Helical piers provide a durable, permanent fix for foundation settlement problems. Once installed, they offer long-term stability, reducing the likelihood of future foundation issues.
Environmentally Friendly
The use of helical piers results in less environmental disruption compared to traditional foundation repair methods. Their installation process is designed to minimize impact on the surrounding area, making them a more eco-friendly choice.
High Load-Bearing Capacity
Helical piers are engineered to handle substantial loads. Their design ensures that weight is efficiently transferred to load-bearing soil, providing robust support for structures and preventing further settlement or shifting.