Helical Piles For Docks? Quick Answer

Wondering how much it costs to install spiral piers?

Big! Regional Foundation Repairs is your one stop shop for all your foundation repair needs.

In this guide, we’ll answer all of your questions about spiral pier costs, including:

How much does the average job to install a spiral pier cost?

What factors determine the cost of spiral piers?

How are spiral piers installed?

And much more!

There are no more frightening problems for homeowners than those of their foundations. Such problems are not only costly to fix, but also affect the overall stability of the home and reduce comfort.

Luckily, foundation problems aren’t incurable, and with the right methods, equipment, and skills, they’re easy to fix.

One such method of solving foundation problems is the use of spiral piers. Before dismissing it as an expensive option, read on to learn why it might be the most logical option for you.

How much does the average spiral pier (pile) installation job cost?

The average cost of installing spiral piers ranges from $48 to $143 per foot. Therefore, for standard installations using 21-foot piles, the price ranges from $1,000 to $3,000 per pier.

To put it in perspective, if your home requires four posts for support, the total cost of the installation will be around $4,000 to $12,000. While the 21-foot piles are typically sufficient for most projects, others require additional depth to provide the necessary support, requiring the addition of more piers.

Are Spiral Piers Worth the Cost?

Yes! Spiral Pillars are absolutely worth their cost. They offer the right balance of cost-effectiveness and effectiveness, as well as numerous advantages over other foundation rehabilitation methods.

Here are some advantages that make spiral piers a preferred method for most contractors, architects, contractors, and structural engineers:

They are versatile – Their versatility allows them to fulfill a range of projects. For example, they can be installed either vertically for side loads or horizontally when more traction is required. They are also suitable for different depths, and you can add more piers according to the needs of the installation area.

Fast Installation – As we will discuss in more detail later, the average installation time for spiral piers is quick and most projects take only a day. This method saves you a lot of time compared to concrete piers which take up to a week to harden.

Minimal Penetration – With spiral piers, our contractors excavate only the small patch required to expose the base of the foundation. Since most of the drilling work is done by precise machines, only the specific installation points are affected. Our technicians look for the area that will cause the least disruption to your flower beds, porches and other furnishings.

They’re Eco-Friendly – One way to help the environment is to reuse items to avoid over-producing or mining new material. Helical piers are reusable, allowing you to remove them from one structure after years of service and use them in a different location with minimal disruption to the original area. The process of screwing it into the ground is also quiet and causes little to no vibration, an important factor if your area is environmentally sensitive.

PERMANENT SOLUTION – If a pier system is used to repair your foundation, you should expect it to last a lifetime. The combination of high installation depth and bearing plates provides the stability to hold your foundation in place without shifting or bending. Most repairs come with a lifetime guarantee, which means that if the same problems recur after installing spiral pier foundations, the contractor will make the necessary repairs at no additional cost to you.

They Are Precise – Spiral pier installation uses hand tools to determine the resistance required to lift and support the building. The machines also indicate when to stop digging to ensure we use as little time and resources as possible without compromising the quality of service.

What factors determine the cost of spiral piers?

Before we can give you an accurate cost estimate for your project, we need to visit you and look at all the factors affecting your startup. Factors that will determine the price of your spiral pier installation include:

How easy is it to access the job site?

If your installation area is outdoors, our contractors and the machines can be easily maneuvered, reducing the need for manual labor and time. Easily accessible areas do not require additional clearance and obstruction removal, which keeps costs low.

However, when a crawl space, deck, driveway, or similar structure obstructs the site, the excavators have difficulty reaching the area. The process therefore requires more manual labor and time, resulting in higher installation costs. In some cases, it may be necessary to use cranes and other specialized equipment to reach restricted access areas, increasing prices significantly.

The nature of the project

The reason for installing spiral piers also determines the overall cost of the projects. With new foundations, the installation costs are cheaper because there is no need to raise the foundation. Repair projects will most likely require more prep work, and the area will be less accessible due to obstacles such as the crawl space and foundation walls.

The condition of your foundation also affects the costs. Foundations that have subsided more require more lifting and supplemental restoration work than those that have experienced only minor settlements.

Geographical location of the job

Another factor that determines your installation costs is geographic location. Differences in soil type, elevation and distance from water table all affect installation costs.

Your area’s building codes will also dictate the size and number of spiral piers to use, ultimately affecting installation costs. In general, the Plains and Midwest regions tend to have low prices, while the Northwest and Mid-Atlantic states will have higher prices.

The installation depth

In addition to the size and number of screw piles, the installation depth is also an important factor in the strength of your spiral pile. As a result, on projects that require more support, our contractors must install deep foundations that reach more proper ground levels.

Factors such as the size of the structure, your geographic location, and the type of soil determine the amount of support required.

For example, for a small house built on one level, contractors only need to dig a few inches before reaching a stable, load-bearing ground level. On the other hand, a large mansion near a lake (where the water table is high) requires the piles to be drilled deeper.

With increasing installation depth, time and building material consumption increase. We also have to use heavier machinery and more pile extensions, resulting in a higher overall cost.

Type, size and number of spiral piers

When installing spiral piers, size is an important factor. Depending on the project location, the structural engineer will determine the width and number of piers that will provide the required load-bearing capacity to lift and support your foundation. Building codes also have minimum sizes for residential and commercial projects, with the minimum size for residential projects being 2 ⅞’ helical piers.

The more piers you need, the higher your labor cost as our technicians have to devote more time to your project. Also, large piles require heavier equipment and take longer to install than smaller ones. Large helical piers also require larger drive heads to achieve the torque required, costing you more.

The condition and composition of the soil

Our specialists use factors such as liquefaction, density and buckling of the structural and top fill layers to determine the number, size, depth and design of the piers to use for your project.

If your region has a high water table or soft soils with a lot of organic matter, the installation will require the use of larger and spiral piers than in areas with more compact and drier soils.

Another soil factor affecting installation costs is its rockiness. If the ground in your area is generally rockier, the job will take longer and require more specialized equipment, resulting in a higher overall cost.

How are spiral piers installed?

Installing spiral piers is a straightforward process and it is easy to see how it serves the required purpose. It involves:

Step 1: Preparing the site

The first step in installing spiral piers is site preparation. For foundation repairs performed outdoors, preparation involves digging the ground around the foundation to expose the base. For indoor installations, our technicians will first remove part of your slab foundation. After the job is complete, they restore it to its original form. For new installations, preparation includes digging and compacting the soil.

Step 2: Installing the Spiral Shaft

After the land is ready, hydraulic torque is used to rotate the steel shafts until they reach a stable, load-bearing ground level. Unlike shear piers, which use the weight of the building to push them down, helical piers work like screws that are slowly turned into the ground. As the depth increases, more pier extensions are added until the required depth is reached.

Step 3: Attach foundation brackets

Once the steel shaft has reached the required depth, foundation brackets are attached to the spiral piers and secured to the base of the foundation. The contractors first install all the required pillars before connecting the consoles.

Step 4: Raising and Underpinning the Foundation

After all required spiral pillars have been installed and the brackets attached, the lifting can now begin. Hydraulic jacks are attached to the brackets, which are then used to raise the base of the foundation. When the required height is reached, the brackets are secured and prevent the foundation from moving.

Step 5: Restoring the area

Our contractors will do their best to restore the area to its original condition. They will replace any removed slabs and flooring and clear the area of ​​debris. An additional advantage of spiral piers is that they are unobtrusive, which makes site recovery easier.

How long does it take to install spiral piers?

Another benefit of spiral piers is that the installation process is quick, which means the inconveniences won’t last too long.

For new construction, it takes about 1 day to install 25 to 30 pillars, while for existing construction, it takes about 4 to 8 pillars a day. Most homes require an average of 2-5 piles to lift the foundation, which means the job will only take a few hours.

And best of all, the foundation is ready as soon as construction is complete. Helical piers don’t take time to set like concrete piers or mud-covered surfaces, allowing you to get back to your normal activities as soon as possible.

Are spiral pillars the right solution for your foundation?

While spiral piers are a diverse and functional method of foundation repair, they are not a one-size-fits-all solution for all your construction needs. In some cases spiral piers are effective, while in other situations they may be unnecessary.

Helix stakes are perfect for:

Lifting and stabilizing moderate structures

The weight of the building being repaired or under construction will determine the best type of foundation system to use. For light structures like sidewalks, spiral anchors would be overkill, since less intensive methods like polyjacking and mudjacking would suffice.

For heavier structures, thrust piers would be a more cost-effective solution. Such designs provide the required resistance without the risk of structural damage, saving the energy costs of operating the hydraulic torques.

Therefore, the ideal projects for spiral piers are structures that are too light for push piers but too heavy to be lifted with a slab jacking.

Fixed foundation issues caused by compression of underlying soils

As the ground under the foundation changes and shrinks or settles, the foundation support is taken with it, which is usually the cause of most foundation problems. Signs you will see include cracks in the walls and floors, sloping or sagging floors, and stuck windows and doors, among others.

Spiral pillars offer the best solution to such problems. They invade the soft topsoil and burrow into the more compact load-bearing layers, restricting lateral movement. The helical anchors along the shaft also provide additional resistance to prevent the foundation from moving even when there are changes in the underlying soils.

You can also use spiral abutments when:

You are preparing a site and want enough support for the foundation, regardless of the soil conditions of the area

You want to provide enough support for tiebacks to hold walls and other structures in place.

Expansion of commercial and residential real estate and need to increase support for the new structures

Provides support for auxiliary structures and panels such as sheds, garages, outbuildings, parking decks, mezzanines, balconies, pole barns, etc.

If you’re wondering whether or not your project requires spiral piers, we can help! Simply tell us more about your project in the form and arrange a free inspection with one of our technicians.

How to save money on spiral pier cost?

The high cost of foundation repairs causes many homeowners to choose to ignore the problems and hope they go away. Luckily, even with spiral piers, there are some steps you can take to keep the price as low as possible while still having an effective and long-lasting solution.

Faster is always cheaper

In our many years of foundation repair experience, we’ve learned that the longer you delay repairs, the more damage your building will suffer and the more costly the process. Therefore, get the problem investigated and fixed as soon as you see the first signs of foundation damage to prevent it from spreading.

Get it repaired properly

The most expensive construction repair is the one that has to be repeated after a short time. This is why cheap solutions are expensive in the long run. Even if they seem costly at first, contractors who get it right will get to the root of the problem and ensure it never happens again.

To keep your prices down, follow the process and ask questions to make sure they’re not just going for the easiest solution. A simple online research like reading this article is a great place to start if you want to know what the process entails.

Choose the right contractor

A good contractor will examine all aspects of your project and consider all possible solutions and calculate the most efficient repair for you at the lowest cost. If the technician is inexperienced, miscalculations could lead them to suggest an expensive method that will cost you more than necessary in the long run.

At Regional Foundation Repair, our customers report high quality and effective services at very reasonable prices.

Our technicians will keep you informed throughout the process, helping you understand the best options for you and offering tips on how to preserve your home’s structural integrity for longer. Getting in touch with us today is the first step in enjoying the peace of mind that comes with living in a safe, beautiful and comfortable home.

Read more foundation repair guides

There are several factors that come into play when deciding the cost of spiral abutments. These factors are:

1) Location

2) type of structure

3) Type of work (repair or new construction)

4) State of foundation

5) Installation depth of the pile

Contact Helical Anchors Inc for more information.

Before we can quote you the price of the screw piles that will support your structure, a number of factors must first be considered. The type of screw stakes installed under a roofless patio is not necessarily the same as that supporting a large house extension. Therefore, the dimensions and intended use of the structure are important in determining the size and number of screw piles required to support your project. Other factors such as soil type, site accessibility and the size of the overall project can also affect the final cost. Please contact one of our certified Pro Post Foundations installers in your area. He can tell you exactly what type of screw pile is best for your project and how many you need. He will also provide you with a cost estimate for your project and agree with you on a suitable time to start the work.

Are screw piles good?

Auger installed screw pile foundations have become the new standard in Calgary for many construction applications. Traditionally, concrete piles were the foundation of choice. This has changed. And since screw piles are sturdier and less expensive, it’s easy to see why.

How long do screw piles last?

Screw piles can vary in quality from manufacturer to manufacturer. However, certified screw piles can last between 50 and 75 years depending on the soil conditions. Because certified posts must meet the criteria of the CCMC. Since certified poles have anti-corrosion measures and must be installed by licensed installers, it is understandable why they can last so long.

Are screw piles susceptible to frost heave?

If the correct screw pile is used for the application and these piles are installed by a licensed installer, frost heaving is not a problem. In contrast to concrete piles, which often have problems with frost heaving. This is because concrete piles often develop cracks at the frost line. These tears allow moisture to penetrate the pile. This moisture then freezes and expands, lifting the concrete and the structure it supports. Screw piles are made of welded steel tubing that cannot rupture. As long as the helix of a screw pile is anchored well below the frost line during installation, the frost heave cannot harm them.

Thinking of adding a project that requires a foundation to your home in Virginia or Maryland? If you’ve assumed that excavation and concrete feet are your only option, there’s another way: spiral piers. However, what does this system involve and what does the cost compare to the traditional concrete baseboards?

What are spiral piers?

Spiral piers, like those from PierTech, are an all-steel foundation solution. Steel poles are drilled into the ground until they hit firm rock or solid ground. With a traditional concrete foundation, you’re digging down about ten feet, but your feet are still in the dirt. This creates the potential for wind-down and incorporation problems down the line.

This contains

cracked walls,

uneven floors and

sticky windows.

In extreme cases, it can even endanger the statics of the house and endanger the value of your house.

Read here for more information on how PierTech compares to traditional footer systems.

Price comparison between spiral pillars and concrete feet

Each pier costs about $175 and requires two piers per hole. That puts you somewhere in the $350 per hole range, of which a project typically takes six to eight. For hard materials, you’re sitting between $2,100 and $2,800.

For concrete, hard materials can range from a few hundred to thousands of dollars, depending on construction. The key, however, is that you’re also paying thousands in labor due to the time-consuming nature of digging and pouring concrete.

Excavation also involves the cost of yard repairs, which must be factored in once the project is complete. This can range from negligible to significant.

Overall, installing piers is at least 20 percent more productive than digging, and many homeowners find that piers end up costing the same price or less for a stronger, more reliable system.

It also means nothing from costly repairs down the line if your traditional foundation sinks or seizes significantly.

Advantages of spiral piers over traditional footers

No more digging holes. With spiral piers, there is no longer a need to dig massive holes or brace them to prevent collapse. This speeds up the project, but also means you don’t have to incur the expense of paying highly skilled, trained builders and contractors to dig holes by hand.

With spiral piers, there is no longer a need to dig massive holes or brace them to prevent collapse. This speeds up the project, but also means you don’t have to incur the expense of paying highly skilled, trained builders and contractors to dig holes by hand. happier crew. At Design Builders we love what we do, but digging holes is no fun! The moment we switched to spiral piers and eliminated job digging, morale went through the roof. The crew immediately became even more productive and happier.

At Design Builders we love what we do, but digging holes is no fun! The moment we switched to spiral piers and eliminated job digging, morale went through the roof. The crew immediately became even more productive and happier. Less garden repair. If you use a traditional footer system, you may be digging up and destroying large sections of the homeowner’s yard. With the pier system, you don’t have to incur these costs and troubles.

If you use a traditional footer system, you may be digging up and destroying large sections of the homeowner’s yard. With the pier system, you don’t have to incur these costs and troubles. Faster installation. Using the spiral pillars takes about 30 minutes per hole. So you can plan about half a day for a whole project. When digging, the contractors had to allow at least two days for the actual excavation, one day for the concrete, one day for the inspection, and another day in case something went wrong (bad weather, ambushed concrete delivery, delayed inspection). That’s more than five days of hassle and labor for digging and less than a day for spiral piers.

Using the spiral pillars takes about 30 minutes per hole. So you can plan about half a day for a whole project. When digging, the contractors had to allow at least two days for the actual excavation, one day for the concrete, one day for the inspection, and another day in case something went wrong (bad weather, ambushed concrete delivery, delayed inspection). That’s more than five days of hassle and labor for digging and less than a day for spiral piers. Proven resilience. When digging holes, the contractor had to manually check that the ground was solid. With spiral abutments, you are using a machine that actually gives you a verifiable, accurate, and specific reading.

When digging holes, the contractor had to manually check that the ground was solid. With spiral abutments, you are using a machine that actually gives you a verifiable, accurate, and specific reading. 100% inspector pass rate. Because the machine tells us exactly how low to go based on the torque put on that machine, we know we’re getting it right every time. When the inspector comes out to examine the piers, we just give him the printout of our digital readings and we get the go-ahead. We have a 100% success rate and not having multiple inspector visits also helps speed up the project tremendously.

The Wave of the Future Foundation

Similar to steel deck frames, we encountered spiral piers a while ago. We’ve met with deck builders who have used them and all the contractors who have used them in their work swore by them.

The move away from pressure treated frames to steel made sense and was a logical step – for us as a contractor and for you as a homeowner.

Every decking project we offer in 2021 and beyond now assumes the use of these spiral columns, along with steel decking frames, Trex Transcend composite decking, and a vinyl handrail system.

All of these items are customizable, but that’s the package we’re initially offering to anyone interested in building a patio with us in the Northern Virginia or Maryland area.

If you have any questions about spiral piers, please feel free to contact us at any time. Would you like an estimate for an outdoor living project you are thinking of for your home in Virginia or Maryland? Get your offer today!

To repair cracks in your foundation, you must first make sure your house is on soil that won’t sink. Our specialized spiral pier solution eliminates a sinking foundation by anchoring it to solid ground deep underground.

Strategically placed spiral piers anchor your foundation to more stable ground

Top soil is less stable than soil found deeper underground. One solution to this is to strategically place spiral piles on your sinking foundation and anchor them in more stable layers of soil to stabilize the foundation.

Our quick and easy process:

Utilities are marked in the work area

A mini excavator digs next to the foundation to expose the base

Foot section is cut and prepared for spiral post mount

Helical pillars are drilled into the load-bearing soil at a controlled distance next to the base

Guide and extension shafts transmit torque during installation and transfer axial load to bolt plate(s)

The repair angle is attached to the foundation and connected to the spiral pillar

The jack is attached to a spiral post system to raise the foundation and transfer the load to spiral plates in sound ground

Site filled and cleaned up

Request a Free Quote We strive to answer your questions to make you feel comfortable and understand the job to be done. get an offer

Frequently Asked Questions

Is the spiral pier the best option for my sinking foundation?

Yes! There are two types of pillars in industry.

1. The pusher pier The pusher pier system uses the weight of the existing foundation to push steel pipes into more stable ground conditions. However, once the foundation begins to rise after the pier has been pushed into the ground, the installer must stop at that point and the push pier may or may not already be in solid ground. Conversely, if additional weight is placed on your home, such as B. Snow on the roof, the thrust pillar fails and the installer has to come back and repressurize the pillar system. Why are they installing push piers, you might ask? In most cases, the material is cheaper and no equipment is required, resulting in higher business profits. 2. The Spiral Pillar Failure of spiral pillars is almost unknown, since spiral pillars are drilled into sound ground with a drill head attached to a mini excavator. Once the helical column reaches a certain pressure, we know that the helical column shaft and helical plates are ready to be loaded under any conditions. For this reason, Forever Foundation Repair uses spiral piers to lower foundations.

Can the foundation move after spiral piers are installed?

No, once Forever Foundation Repair has installed spiral piers to stabilize your foundation, it cannot sink or move.

How deep are spiral columns installed?

In most cases, spiral piers go 14 to 28 feet deep, although some areas have less stable layers of soil. In locations near lakes like Lake Erie, Crooked Lake, or Indian Lake, the spiral pier may need to be drilled 50 to 70 feet deep.

Will you be able to raise the foundation back into place, align doors and windows, and patch cracks in drywall and brick facing?

In most cases, the foundation is leveled to allow cracks to close and doors to function properly, although the primary concern is to raise and stabilize the foundation to relieve the structure.

How long is the warranty for spiral piers?

Forever Foundation Repair guarantees our spiral pillars for the life of the home.

How long does it take to fix my foundation with spiral piers?

The most common orders take one to two days, depending on the size.

Is this a general problem?

Yes, lowering foundations and installing spiral piers is a common day for Forever Foundation Repair, and when you’re having trouble, more often than not some of your neighbors are too

Does home insurance cover a sinking foundation?

No, household contents insurance does not cover sinking foundations.

Isn’t it normal to settle down in a foundation?

In a way yes, but if you start to see cracks in drywall or brick veneer your foundation will sink. These are signs of a problem that needs to be addressed.

The contractor who built my house didn’t know what he was doing, is that why my foundation is sinking?

In most cases this is not the case. Soil conditions and hydrology are almost always the cause of a sinking foundation.

My house has been here for 40 years, why is it moving now?

It doesn’t matter whether your house is new or old. Soil hydrology is constantly changing and therefore foundations are sinking.

What if I don’t fix the sinking foundation?

Lowering a foundation is a bad idea. If part of the foundation sinks, it can cause serious problems in the house. Trusses can crack and tear apart, bricks can begin to crack, siding can begin to stretch, electrical cables installed in the frame can begin to stretch and snap, plumbing pipes can begin to crack, and shingles can stretch, resulting in leaky roofs . So tackling a sinking foundation is very important!

Contact Forever Foundation Repair for a free quote to restore your peace of mind and the stability and strength of your home.

Why do spiral piles work for cottages? Versatility in soft ground conditions

No excavation

long-term stability

Installs in All Weather Conditions Using a spiral screw pile foundation for your cottage means you don’t have to wait days for concrete to dry before you can proceed with construction. Galvanized steel piles provide a durable foundation that is guaranteed to last and can be installed in any soil type, regardless of weather conditions.

No Waiting for Inspections Gone are the days of waiting for the local building inspector to show up at your job site and approve your foundations before pouring concrete. When using helical piles, an engineer will provide reports for specific pile depth, size and torque requirements.

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During the day you can fill out the report when you meet the torque thresholds required by the engineers and start construction once the piers are drilled.

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When the building inspector arrives, he simply reviews the drawings while your team moves on to completion.

A foundation for any size cottage Screw piles are ideal for both small cottages and large overwater properties. They can withstand climate changes, resulting in a foundation that will withstand ground movement in all soil conditions. When installed correctly, each spiral pile can support over 25,000 pounds; far more than is required for even the largest cottages.

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Each screw post comes with detailed product information that states the maximum loadable weight. The maximum capacity of spiral piles depends on the shaft size and the size of the spiral. As a CCMC-certified building material, you can count on the reliability of your screw piles, whatever the size of your job.

Less Environmental Impact Excavating concrete post foundations causes a disruptive impact on the environment. The use of spiral piles for cottages almost does not cause interference. If you want to protect your customer’s property, then the screw pile is the only way. Many Kubotas come with large wheels that barely touch the ground below.

Reduce the risk of mistakes Installing a concrete post only to find that your client changed their design or that you installed the post in the wrong place can delay your deadlines. Drilling another post will start your entire process over and extend your deadlines even further – and removing the post would be a major headache if you rip up the property, fill another hole with sand or dirt and deviate from your client’s recommendation say goodbye.

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Even the best builders make mistakes, but spiral piles allow you to easily remove the metal screw and reinsert it in the right place. Not only do you save additional labor, but you can also reuse the screw and avoid additional material costs.

Whether for your deck, foundation, fence or any other construction project, GoliathTech helical piles meet all Canadian building standards while providing greater safety than other options such as concrete foundations and shaped tubing.

Here are four safety features that make GoliathTech Coiled Piles the #1 foundation solution for your project.

So you can know the exact compression capacity

Spiral piles offer unparalleled safety as their compression capacity is accurately calculated by experienced experts (usually an engineer). The compression capacity of the pile is based on an analysis of architectural and structural drawings and geotechnical reports and a real-time soil test conducted during pile installation. These tests, analyzes and calculations, carried out by GoliathTech experts, result in a design that is based on a solid and secure foundation.

Ensuring security when adding to a project

Since the first step is to calculate the exact compressive capacity of the piles, our experts can also advise you if you want to add an element to a construction project. For example, if you built a deck on poles a few years ago and now want to add a roof to the same deck, your GoliathTech certified installer can tell you if your current poles can support that new roof and gave you a checklist when the poles were originally installed became. If you had chosen a concrete foundation, it would be impossible to predict its ability to support such an addition.

Withstands the vagaries of soil types and weather conditions.

Certain parts of the world have softer, even swampy soils. Deeply anchored spiral piles can prevent a structure from sagging over time.

In some climates, people have to deal with freezes and thaws, which can be problematic for poorly designed foundations. Unlike shaped pipes, which are installed shallow, spiral piles are installed deep in the ground below the frost line, meaning the piles will not shift despite drastic temperature changes.

Meets buoyancy resistance requirements

Municipalities are tightening regulations for the use of coiled piles in construction and renovation projects and to meet buoyancy resistance requirements. These requirements apply only to certain types of construction and GoliathTech’s coiled piles provide safety which is not always the case with cement pipe. Find out how GoliathTech Spiral Piles meet or exceed National Building Code requirements.

For more than 15 years, GoliathTech has combined strength and expertise to offer the best piling solution to support your project. Our unbeatable quality spiral piles are suitable for all types of installations and applications. Our product is suitable for any type of soil and will not cause any damage to the ground or structures. When choosing a foundation system for your projects, place your trust in GoliathTech’s many years of experience and expertise.

If you are building a new home in the San Antonio area, you are probably trying to decide whether to use a pier and beam foundation or a concrete slab foundation. Both types of foundations are common in this field and both have their pros and cons. Before you call a San Antonio contractor and decide on one type of foundation over the other, carefully weigh the pros and cons of each. Here are some of the things to think about.

Pier and beam foundation

As the name of the pier and beam foundation suggests, it relies on a pier and beam structure to hold your home. Pillars reach deep into the earth and rest on stones, and they support beams that support your home. The major benefit of using this type of foundation is that it will not shift through the ground beneath your home. Because the piers rest on stone, your foundation is very strong and small adjustments can be made to repair your foundation if you ever need to have a general contractor do foundation repairs to your pier and beam foundation. Aside from that, this type of foundation is more expensive than a concrete slab.

Concrete slab foundation

While a pier and beam foundation rests on the stone deep beneath your home, a concrete slab rests directly on the ground. Because of this, concrete slabs are ideal for homes built on flat lots. Concrete slabs are very easy to make and cheaper than pillar and beam foundations. However, you should know that repairing and maintaining a concrete slab can be more expensive in the long run than maintaining a pier and beam foundation.

Regardless of what type of foundation you choose, you should make sure it’s the right one for your specific situation. Choose the one that works best for you and your family, and speak to a foundation repair specialist if you have additional questions.