A strong foundation is necessary for any home or building to be as stable as it can be. If the foundation is not strong, the home or building will not be stable and hence there are chances of collapse too. To enforce a strong foundation, helical piles have come out as a breakthrough in the construction industry to make the foundation as stable as possible. These foundation supports are considered much better than conventional methods to make the foundation support
as stable as possible. In this blog, we will look into the uses of helical piles
and see why they are so important in maintaining the structural stability of your home or building. What are helical piles?
They are also called helical piers.
These piles or piers consist of thick steel shafts that are identical to a large screw. Since it has the shape of a screw, it can be inserted or drilled deep into the ground to engage the soil and provide robust support for structures. Moreover, we can safely say that the innovative design of helical piers allows them to function exceptionally well in any soil condition, thus making them versatile and effective in multiple construction scenarios.
What are some advantages of helical piles? Heavy Load-Bearing Capacity:
One of the significant advantages of these helical piles is that they have a high load-bearing capacity and that's the characteristic that makes them different and better than other conventional techniques. They can effectively distribute the overall weight of the building or house equally, providing it maximum stability. The specific advantage also makes it bear tough environmental situations such as earthquakes. Better adaptability:
These things are highly adaptable and that is why they are used as foundation support
in both commercial and residential projects. Moreover, it also means that they can easily adapt to different soil conditions at different depths. It doesn't matter if it's a residential home in the urban landscape or a high-rise commercial complex, these helical piles can effortlessly meet the demands of your desired stable building. Swift Installation:
Construction of a high-rise building or a house takes a lot of time and that is where the helical piles come in use. They can save construction companies a lot of time as they can be installed very quickly. Unlike the conventional methods that require a specific period so it strengthen, these are directly installed and ready to go. It results in a construction project that meets deadlines easily with each internal project being on time. Doesn't Damage the Environment:
We are in a time frame where whatever we do, we have to make sure that no harm is done to the environment. When we talk about the traditional excavation methods, they cause a lot of environmental damage through disrupted landscapes and the diesel that is burnt by machinery to carry out the excavation. When it comes to helical piles, there too is excavation, but very minimal as compared to conventional methods. The use of helical piles preserves the natural integrity of the location and also contributes to eco-friendly construction. Engineering Certainty:
Engineers from multiple foundation repair companies
work on deriving methods that can allow them to calculate things. In such scenarios, helical piers are a breakthrough as engineers can predict the performance as engineers can calculate the exact load-bearing capabilities. What types of Constructions use Helical Piles? Residential Construction:
Helical piles help make residential buildings or houses much safer and more stable. Residential buildings such as family homes, duplexed or multi-unit buildings all are made with helical piles to make them stable. Moreover, homes that are built over areas that have challenging soil conditions specially make use of these methods to support the foundation and make them stable. Whether you're planning to make your home on expensive clay soils or regions that may be susceptible to frequent shifts, these piles can anchor your home to the ground and make them ultra-secure. Furthermore, it also provides homeowners with a piece of mind that their home isn't moving anywhere. Commercial Projects:
When working on a commercial project such as high-rise buildings, it needs structural solutions that align with durability as well as functionality. In such cases, helical piles are the need of the hour as they comply with all the demands. In some cases, they are considered the backbone of the whole project whether it be an expansive warehouse or a state-of-the-art office building. Foundation Repair:
Foundation settlement is a very common issue, and it can affect the integrity and stability of structures. If you have foundation damage that needs urgent foundation repair,
helical piles can come in handy. They offer you a great solution to save your current foundation support and reinforce it to make it more stable than ever. Most foundation repair companies are slowly and gradually adopting new techniques for structural stability.
Helical piles are also helpful in multiple infrastructure projects such as bridges. They ensure that bridges connecting one land to another are as stable as they can be because if not, it can lead to disastrous results. In the past, it has been experienced that unstable bridges are easily swept away with harsh weather conditions such as floods or strong winds and they have also caused loss of life. Conclusion:
Helical Piles is indeed a spectacular invention in the world of construction and it has made things easy and secure. With the constant evolution of the construction industry, such innovative foundation solutions pave the way for secure construction. In addition to the previous, these helical piles are also a way of safeguarding investments, by creating structures that can last longer and do not require frequent repairs. With an exceptional track record and multiple applications, helical piers are an important tool in the construction industry that is on its way toward structural excellence. Conclusively, all construction companies should bring in innovation and adopt newer construction methods to ensure that they make structures that are safe and last longer.