Aside from providing superior strength and more stable, longer lasting foundations, screw piles are a far greener choice than traditional concrete. They use less material and energy-intensive manufacturing processes, and the installation process does not require any chemicals or concrete curing, so there is no danger of ground contamination.

Screw piles offer reduced waste as they are typically made from steel which can be recycled. Unlike concrete they can be removed and reused, or completely taken out and the land can be restored to its natural state. Due to minimal soil disturbance and reduced noise and vibration during installation, they are ideal for use in environmentally sensitive areas as they don’t disturb wildlife and help protect natural ecosystems.

While initial material costs may appear higher, investing in screw piles makes cost-effective and long-term investment sense. Due to the speed of installation, projects are often completed in one day with a small crew without the need for large, specialised machinery that is needed for excavation when installing concrete footing. There are no construction delays due to bad weather as screw piles can be installed at anytime, and minimal site disturbances during installation means minimal clean-up costs.

Screw piles are perfect for all deck foundations, but work particularly well if you have sloping land, weak soil, tight access areas or speed sensitive projects. To learn more, visit Pro Post Foundations today.

Your extension has been designed, approved and construction is about to begin, but, then the weather takes a turn for the worse. Well with screw piles that doesn’t matter. They can be installed year-round, because unlike concrete they don’t require specific temperature and moisture conditions in order to cure properly. Screw piles can be installed effectively in rain, snow or freezing conditions, meaning you can get on with your project in the desired time-frame, without any costly delays.

Once screw piles have been installed they provide immediate load-bearing capacity, so there is no waiting time for drying or curing as there is with concrete, allowing for immediate structure assembly. The rapid installation time to install screw piles means that projects which may have taken weeks (or even months) to finish, can often be completed in a single day.

Screw piles are suitable for various deck sizes, pergolas and even underpinning existing structures. They are ideal for uneven terrain and provide stability in clay, sand or soft soils. They are quick and simple to install, especially where access is restricted, and ideal if you want minimal disruption and fast results. To learn more, visit Pro Post Foundations today.

A large proportion of Canada has clay soil, and this presents particular challenges. Clay soil is very dense and retains water, so it expands when wet and contracts as it dries, causing concrete foundations to shift and crack.

Screw piles go deeper into the ground than concrete foundations and so are not affected by soil shifts. In fact, clay gives excellent grip for the helical blades of a pile and provides lateral stability.

Installing foundations on clay soil affects the design of the screw piles. Larger diameter shafts with thick walls and correct helix sizing and spacing are necessary for effective use and proper load distribution. All steel components must be galvanised to prevent corrosion in moisture-retaining clay.

All Pro Post Foundations screw piles are specifically designed and installed for the required load and type of soil where they are used. They are quicker to install than concrete foundations, reduce overall costs, create less disruption and are effective in all conditions as well as being durable and very long-lasting.

All our screw pile installations comply with the National Building Code of Canada, conforming to required depths and torque thresholds. Every component is fully engineered to meet load requirements and soil conditions so you can be sure your building is stable and secure. For a fast and effective start to your construction project whatever the challenges, get in touch today.

Screw piles are fully engineered foundation systems, and each one is specifically made and installed to fit in with the ground conditions and the needs of a particular project. The installation follows a thorough site inspection and soil analysis that determine how deep the piles need to be inserted.

The piles are twisted into the ground by special machines with a smooth and quick process that requires little ground preparation. The difficulty of turning the shaft will indicate the tightness of the fit and the load-bearing capacity of the pile. Each pile is checked constantly during the process for alignment and the weight it can carry.

The whole process is much quicker that constructing concrete foundations, requires minimal preparation and creates little disruption or mess. This makes the piles suitable for all types of projects, especially on sites where access is restricted, and includes repairs to existing buildings where the concrete foundations have started to sink or crack.

Whatever construction project you have and the challenges you face, helical piles or screw piles can be the answer. At Pro Post Foundations, we use the best industry practices and have plenty of knowledge and experience to make every project a success. For the strongest foundations created in the most efficient manner, contact us today.

Screw piles offer numerous advantages over traditional methods:

• Strong support is provided so there is exceptional stability and load-bearing capacity.
• Screw piling is suitable for all soil types, whether sand, clay or rock.
• Since the helical plates grip the soil, there is exceptional resistance to ground movement and vibration. This makes screw piling especially suitable for areas where there are seismic activity or soils that change due to variations in moisture levels.
• Installation is much quicker, cheaper and more efficient, with minimal excavation required and no time needed for concrete or other materials to set.
• The system is particularly suitable for sites with restricted access since heavy excavation equipment is not necessary.
• Limited excavation reduces the environmental impact.

To install screw piling properly, a thorough site investigation needs to be conducted together with soil analysis. Combined with the type of building to be constructed, this will determine the necessary installation depth and the configuration of the screw pile.

Based on the results of the investigation and load requirements, screw piles will be designed and constructed. Site preparation will then be carried out, including marking the positions for each pile. Installation will require the use of specialised machinery to enable the piles to be screwed into the ground. Quality control measures will be implemented to ensure proper pile depth and alignment, so the correct load-bearing capacity is achieved.

Proper installation will only be achieved by experienced operators using industry best practice. Ensure, therefore, that you choose a company with the necessary project experience, that has all required qualifications and certifications and has the expertise and resources to be able to carry out the installation properly, safely and in compliance with regulations.

At Pro Post Foundations, we have extensive experience in installing screw piles for all types of projects and soil types. We can provide exactly the efficient and stable foundation you need so get in touch and we can help make your project a success.

Screw piles are made from high quality steel, which is generally more expensive than concrete. However, when you add in the cost of excavation, formwork and rebar, plus the extra cost of pouring and levelling the concrete, screw piles probably work out cheaper.

Installing screw piles is much quicker and therefore less costly than for concrete and there are no delays waiting for the material to cure so less chance of penalty charges being incurred for late delivery. Similarly, weather delays are unlikely when using screw piles and labour costs for site preparation and installation are significantly lower.

Concrete foundations are extremely durable but can crack or settle if the underlying ground shifts and may need remedial work such as underpinning to reinforce them. Screw piles will have coatings to resist corrosion and are particularly effective on unstable ground. They are especially suitable for areas with seismic activity or if the soil is prone to shifting and rarely require repair or replacement.

You only gain the full benefits of screw piles if they are correctly designed and installed for the loads they need to bear and the soil types where they are used. At Pro Post Foundations, we will always ensure your screw piles are suitable for the particular job so contact us for cost-effective, durable and completely stable foundations for every project.

Why do builders and construction experts like this process more than conventional concrete piers?

• Speed: The installation is fast. There is no waiting for the concrete to cure. Once in the ground, the pile can support weight straight away.
• Minimal Disturbance: Big excavators aren’t usually required. installation of Helical pile equipment is relatively light, so your landscaping does not need to be torn down to preserve the foundation.
• Precision: Installers can determine the torque (rotational force) during installation. This data translates directly to the load-bearing capacity of the pile, making sure that the pile is strong enough before the job is even done.
• All-Weather Installation: Since there is no concrete to set, helical piles can be set up in wet conditions, temperatures or rainy weather.

The process of helical pile installation is a masterpiece of engineering efficiency. It goes like this:

• Excavation: Tiny holes are dug around the foundation footing to reveal the base of the structure.
• Placement: The helical pile is mounted on a hydraulic drive head. This process means that the pile is mechanically screwed down into the ground.
• Extension: When the pile reaches deeper, steel extension shafts are attached until the helix plates can descend to competent, load-bearing soil or bedrock.
• Lifting and Bracketing: A steel L-shaped bracket is placed underneath your current foundation footing once the target depth and torque are reached. Hydraulic jacks then raise the building to a level position.
• Restoration: After the construction site is properly stabilised, the excavation holes are filled up and the site is cleaned up.

Whether you are building a new deck on solid ground or saving a sinking house, helical piles are an engineering-backed permanent solution to the issue. They eliminate the guesswork that goes into foundation support and give the assurance that your structure remains centred on solid ground. Contact us today to get your free estimate from a local expert.