Chesapeake’s Best Helical Pier Installation Services

The cost of a helical pier is determined by the structure’s design, size, and weight, as well as the surrounding soil conditions. Numerous factors such as quantity and depth will affect pricing. Each home undergoes a thorough inspection, and pricing is tailored to your specific needs based on the recommendations provided.

In the case of new building, 30 or more helical piles can be placed in a single day. The soil, obstacles, and environment of every home is unique so the time varies for existing homes. Typically, four to eight helical piles may be installed in a single day.

Helical piles and push piers are both types of deep foundation systems used in construction to support structures on unstable soil or transfer the load to deeper, more stable soil or bedrock. The choice between helical piles and push piers depends on various factors, and each has its own advantages and applications. Factors include:

Soil Conditions:

• Helical Piles: These are often preferred in softer or more cohesive soils where the helical plates can provide better resistance and stability by screwing into the ground.
• Push Piers: These are suitable for a variety of soil types, including cohesive soils, loose sands, and even in the presence of groundwater.

Installation Method:

• Helical Piles: Installed using a rotating motion, screwing into the ground. This method can sometimes be less disruptive and quieter than the impact installation used for push piers.
• Push Piers: Installed by driving or pushing the pier into the ground using hydraulic jacks, which may create more noise and vibration.

Load Capacity:

• Helical Piles: Generally suitable for lighter to moderate loads. The load capacity can be influenced by the diameter and pitch of the helical plates.
• Push Piers: Often chosen for heavier loads, and they can penetrate deeper to reach more stable soil or bedrock.

Site Constraints:

• Helical Piles: Suitable for sites with limited access or overhead restrictions due to their segmented design and ease of transportation.
• Push Piers: Can be used in tight spaces, but the installation method might be more challenging in confined areas.

Corrosion Resistance:

• Helical Piles: Typically made of galvanized steel, providing good corrosion resistance in various soil conditions.
• Push Piers: Usually made of coated steel, but the coatings may wear off over time, leading to potential corrosion issues.

Cost Considerations:

• Helical Piles: Can be more cost-effective for lighter loads and where installation conditions are favorable.
• Push Piers: May be more cost-effective for heavier loads, but costs can vary depending on soil conditions and depth.

Yes, it is usually safe to live in a house with foundation problems. Foundation issues are not always an indication that the home is in risk of collapse. Instead, they are a source of concern since foundation difficulties might result in side effects such as cracks in the foundation which can lead to standing water, sticking windows and doors. Additionally, they can reduce the value of your property should you try to sell it in the future.

Helical piers support your home in the same way as screws support a shelf. Helical pier installation is a speedier and more efficient procedure than push pier installation. There will be little excavation, no noise pollution, and the system may be placed inside or outside the property.

Quick-fix treatments for surface damage, such as epoxy fills for hairline cracks and spalling, may last five years or more. Carbon fiber straps, wall anchors, and other heavy-duty repairs used to remedy bending walls should endure at least a few years, if not a decade or more.

Manufacturers of push piers recommend that its installation be warrantied for at least ten years.

Helical piers are used to support structures, particularly in areas where soil conditions are difficult to establish a standard foundation system. They are also used to restore old foundations that have fractures or are weak.

During their engineering, the maximum weight capacity that any helical pier can bear varies based on several factors: the construction of the pier, the condition of the soil, and how deep the installation must go. Each installation is unique, meaning that each customized helical pier has different load-bearing capacities. A single helical pier may hold up to 500 tons of weight, but when together in a foundation atop a system of helical piers, the number may be even higher.

Yes, a sturdy home can be built on a helical screw pile foundation.

What is the maximum depth at which helical piers can be installed? Most are put between 10 and 25 feet below ground, but may need to be inserted deeper if the requisite torque is not satisfied. Some piles have been placed as deep as 100 feet.

While pier and beam systems produce highly solid foundations and are desirable in some cases, they can degrade with time. They are, however, typically less difficult and less expensive to fix than a slab foundation. This type of system is also easy to install, fix, and add piping to.

Skyscrapers, bridges, residences, decks, and pathways may all be supported by helical piers. Helical piers are regarded as a long-term foundation rehabilitation solution. Keep in mind that alternative solutions may be required.

There are a few key distinctions between piers and pilings. While piers are generally built in place, pilings are built off-site. Furthermore, piers can be built of wood, brick, or concrete, but pilings can only be composed of concrete and steel.

Helical piles are hollow steel tubes that, like driven piles, that are used to support buildings by attaching the weight to the surrounding earth. Helical piles, on the other hand, are screwed deeply into the soil, piece by section if necessary.

Every situation is unique. Minor foundation issues may not require the installation of helical piers. However, in areas where the footing of the home has been compromised, helical piers may be necessary. It is important to consult with a professional foundation repair company to ensure the right solution for your foundation.

Helical pier failure is almost unheard of since helical piers are bored into load-bearing soil using a drive head drill attached to a small excavator. When the helical pier achieves a particular pressure, we know the helical pier shaft and helical plates are ready for any and all situations.

Concrete piers may be the best alternative if time is not an issue and you can save money by excavating the holes for concrete pillars yourself. However, if you want a long-term, permanent, and cost-effective solution, EZ Posts helical piers should be your first choice.

Cracks, leaks, soil shifts, and other forms of foundation damage are not only hazardous to the structure but also costly to fix. It may be covered if you have house insurance and your policy covers the event that caused the foundation damage.

The important thing to remember is that the longer you allow a foundation issue to persist without repair, the more costly the repair will become when it is performed. A better question to ask yourself is, “Can I afford NOT to fix my foundation right now?” If you plan to sell your home, you will either pay for the repair now or when it is time to move because unaddressed foundation repairs are a key reason that real estate transactions fail during the inspection process.

Yes, helical piers can be installed by hand, and sometimes that is required in situations where access for machinery is limited or impractical. However, manual installation is typically more labor-instensive and may only be feasible for smaller-scale projects. Additional factors such as soil conditions, depth requirements and load-bearing capacity also play a role in determining if helical piers can be installed by hand.

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