Powerlift Provides One Of the Strongest Helical Piers In The Industry!
Helical piers, and what it means for providing the best solution for your foundation repair problems. Powerlift Foundation Repair provides a solution to your foundation problems. We are the industry leader in providing helical pier lifting systems.
Powerlift utilizes a Patented Synchronized Lifting System with the capability to lift an unlimited number of piers at one time. We often lift over 100 piers at a time and make lifts of over 250 piers simultaneously.
Synchronized Lifting ensures that maximum elevation recovery and permanent stabilization are achieved while minimizing stress on the structure.
We can lift your home in as many locations as needed to achieve maximum wall rotation and alignment to restore its structural integrity. Power Lift’s Standard Pier has a lifting capability of over 105,000 lbs. per pier. Powerlift’s Heavy Commercial Pier has a driving and lifting capacity of up to 300,000 lbs. per pier.
Synchronized Lifting System
While lifting over 100 piers simultaneously on a foundation repair project for a courthouse, we were able to raise the building six inches. We closed many cracks and separations with minimal stress to the structure.
- Load Transfer Sleeve maximizes lifting and load-carrying capabilities.
- By combining Helical Piers with PowerLift’s patented synchronized lifting system, we provide the most advanced repair service in the industry.
- Helical Piers provide increased load capabilities for interior slab repairs. They have become one of the more effective solutions for raising and stabilizing concrete slabs.
- Foundation Bracket – Residential brackets have a good load capacity of over 105,000 lbs. These brackets are designed for easy adjustment in the field.
- PowerLift equipment provides optimum torque assuring that adequate load support is reached. Torque capabilities range from 3,000 to 20,000 lbs.
Helical Pier Solutions for Foundation Repair
Helical Piers
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Helical Piers vs. Other Foundation Repair Methods
When considering foundation repair options, it’s essential to compare different methods with helical pier systems to determine the best fit for your specific project. Helical piers stand out among other foundation repair solutions like steel piers, foam injection, or concrete piers due to their versatility and effectiveness across various soil conditions.
Cost and Efficiency Considerations
Helical piers have several advantages, including cost-effectiveness. In fact, helical piers often prove more economical compared to other deep foundation methods. The helical piers cost can vary based on the soil conditions, the depth required, and the load-bearing capacity needed, but they are generally more affordable and faster to install than concrete piers or driven piles. This cost-effectiveness makes helical pier foundations an attractive option for both repairing foundations in existing structures and new construction projects.
Technical Advantages
Helical piers are load-tested during installation, ensuring that each helical pier meets the required load capacity before proceeding. This testing, combined with the minimal disturbance to the foundation area, makes helical piers a reliable choice for ensuring long-term stability and makes the installation easier. Structural engineers often recommend helical piers for their adaptability and suitability in challenging soil conditions, such as loose soils or areas with a high water table.
FAQs
Whether you’re curious about how helical pier installation works, wondering how many helical piers are needed for your home improvement project, or interested in how they compare to other foundation repair methods like concrete piers, this section provides clear, concise answers to frequently asked questions about helical piers.
Whether it’s to construct new foundations or repair existing foundations, helical piers installation involves hydraulically driving the central shaft into the ground until it reaches load-bearing soil. This process ensures that the foundation is supported by stable soil, preventing further settlement.
Helical piers are ideal for both new construction and repairing foundations in existing structures, especially in areas with unstable or loose soils. They are also beneficial for projects requiring minimal excavation and disruption.
The number of helical piers required depends on factors such as the total square footage of the foundation, the load-bearing capacity of the soil, and the overall structural requirements. Foundation repair contractors or a qualified structural engineer can provide an accurate assessment based on these variables.
The cost of helical piers varies based on the depth of installation, soil conditions, and the specific requirements of the project. However, they are generally considered a cost-effective solution compared to other foundation repair methods.
Helical piers work well in a wide range of soil conditions, including loose soils, rocky soils, and areas with high water tables. They are particularly effective in providing support where traditional foundation repair methods may fail.
Yes, helical piers are frequently used in new construction projects to ensure that the foundation is supported by stable soil. The installation of helical piers is quick and efficient, causing minimal disruption during the construction process.
Helical piers are designed to provide long-term support for structures. When helical piers are installed correctly and load-tested, they offer a durable foundation solution that can last for decades.
