GoliathTech Your Helical (Screw) Pile Installer - Halifax
GoliathTech Halifax - Al's Pitstop Property Services Ltd
34 Belmont Ave Halifax, Nova Scotia B2W 1E5
Helical (Screw) Piles: The Best and Most Long-lasting Foundation System Available Today For Decks, Foundations and More!
GoliathTech Halifax is your certified screw pile installer for the cities of Halifax, East Hants, West Hants, Chester, Windsor, and more. View the cities we serve below. Discover additional cities we serve below
Helical (screw) piles, also called helical piles or screw piles, can be used for foundations such as decks or other light structures. They can often be installed in less than four hours, will cause minimal to no damage to your landscape, and will remain level over time, resisting sinking or shifting due to soil movement.
View more applications that are perfect for helical (screw) pile foundations!
Contact us for your deck, foundation, or any residential, commercial or municipal project so you can rest assured your helical (screw) pile foundation will be durable and stable.
Cities served by your installer
- Halifax
- East Hants
- West Hants
- Chester
- Windsor
- Albro Lake
- Aldersville
- Allen Heights
- Antrim
- Armdale
- Aspotogan
- Bayer's Lake
- Bayside
- Bayswater
- Bear Cove
- Beaver Bank
- Beech Hill
- Beechville
- Benjamin Mill
- Big Lake
- Birchy Head
- Black Point
- Blandford
- Blind Bay
- Borgels Point
- Boulderwood
- Boutiliers Point
- Bridgeview
- Brookside
- Burnside
- Cameron Lake
- Canaan
- Cherry Brook
- Chester
- Chester Acres
- Chester Basin
- Chester Grant
- Clayton Park
- Clayton Park West
- Colby Village
- Cole Harbour
- Coleridge Estates
- Commodore Park
- Crouchers Forks
- Currys Corner
- Dartmouth
- Cartmouth Crossing
- Desert
- Devon
- Downtown Dartmouth
- Downtown Halifax
- Duncans Cove
- East Chester
- East Dover
- East Halifax
- East Lawrencetown
- East Pennant
- East Preston
- East River
- East River Point
- East Uniacke
- Eastern Passage
- Ellenvale
- Ellershouse
- Elmsdale
- Enfield
- Etter Settlement
- Fairmount
- Fairview
- Fall River
- Fergusons Cove
- Five Mile Plains
- Fletchers Lake
- Forest Hills
- Fox Point
- French Village
- Frenchmans Road
- Glen Haven
- Glen Margaret
- Glengarry Estates
- Goffs
- Goodwood
- Grand Desert
- Grand Lake
- Green Acres
- Greenhead Road
- Greenwood Heights
- Hacketts Cove
- Halibut Bay
- Hammonds Plains
- Hammonds Plains Road
- Harrietsfield
- Harriston
- Harville
- Hatchet Lake
- Head of Chezzetcook
- Head of Saint Margarets Bay
- Herring Cove
- Highfield
- Hubbards
- Hubley
- Imperoyal
- Indian Harbour
- Ingramport
- Keltic Gardens
- Ketch Harbour
- Keystone Village
- Kinsac
- Lake Echo
- Lakelands
- Lakeside
- Lakeview
- Lancaster Ridge
- Lantz
- Lawrencetown
- Leiblin Park
- Leminster
- Leville
- Lewis Lake
- Lloy
- Loon Lake
- Lower Grant Road
- Lower Prospect
- Lower Sackville
- Lower Vaughan
- Lucasville
- Mainland Halifax
- Manor Park
- Marlborough Woods
- Marriotts Cove
- Martock
- Marvins Island
- Masons Point
- McGraths Cove
- Melville Cove
- Middle Beaver Bank
- Middle Porters Lake
- Middle River
- Middle Sackville
- Middle Village
- Mill Cove
- Mill Road
- Mill Section
- Mineville
- Montague Gold Mines
- Montebello
- Mt Uniacke
- Mulgrave Park
- Natucket
- Naugle
- New Harbour
- New Russell
- Newport Station
- North Beaver Bank
- North End
- North Halifax
- North Preston
- Northwest Cove
- Oakfield
- Otter Lake
- Panuke Road
- Parkdale
- Peggy Cove Preservation Area
- Petain
- Pockwock
- Port Wallace
- Porters Lake
- Portland Estates
- Portland Hills
- Portobello
- Portuguese Cove
- Preston
- Prince's Lodge
- Prospect
- Prospect Bay
- Prospect Village
- Purcells Cove
- Queensland
- Robinsons Corner
- Russell Lake West
- Sackville
- Saint Croix
- Sambro
- Sambro Creek
- Sambro Head
- Seabright
- Seaforth
- Seffernsville
- Shad Bay
- Shannon Park
- Sheldrake Lake
- Sherwood
- Sherwood Heights
- Sherwood Park
- Smiths Corner
- South End
- South Halifax
- South Uniacke
- Southdale
- Southwest Cove
- Springfield Lake
- Spryfield
- Squid Cove
- Stillwater Lake
- Sunset Acres
- Sunset Ridge
- Tam O'Shanter Ridge
- Tantallon
- Terence Bay
- Terminal Beach
- The Lodge
- Thornhill
- Three Fathom Harbour
- Three Mile Plains
- Timberlea
- Timberlea Village
- Todds Island
- Unia Estates
- Upper Blandford
- Upper Falmouth
- Upper Hammonds Plains
- Upper Lawrencetown
- Upper Sackville
- Upper Tantallon
- Upper Vaughan
- Vaughan
- Wallace Heights
- Waterfront
- Waverly
- Wedgewood
- Wellington
- West Chezzetcook
- West Dover
- West End
- West Lawrencetown
- West Pennant
- West Porters Lake
- Westmount Subdivision
- Westphal
- Whites Lake
- Whynachts Point
- Wile Settlement
- Williams Lake
- Williamswood
- Windsor
- Windsor Forks
- Windsor Junction
- Woodlawn
- Woodlawn Heights
- Woodside
- Wyses Corner
What can helical (screw) piles be used for?
Helical piles are an anchoring solution capable of supporting the heaviest loads, and can be installed in all types of soils no matter what the environmental challenges.
Our products are designed to solidly support residential, commercial, industrial, and municipal projects.
What are the GoliathTech advantages?
Minimal impact to the landscape
Start building immediately after installation
Perfectly level structure
Year-round installation
No excavation
Removable and reusable
A helical (screw) pile installation: quick and easy!
While construction projects usually leave you tired, frustrated, and counting down the days, with GoliathTech’s help, you’ll find yourself at ease. The expertise of our certified installers, combined with the cutting-edge technology used by our team, allows us to gather and then calculate all the information that we need for the project’s success; and ultimately, to leave you with a project that you’ve only imagined in your dreams.
Steps 2 and 3 is where the helical pile installation occurs
Step 1
Planning your project
First and foremost, it is essential to determine the nature of your project and the contractor who will build it, as well as the various needs associated with it. Evaluate the time, budget, and space available to you so that you can pass this information on to one of our certified installers, when the time comes.
Step 2
Consultation and estimate
Our certified installers are waiting for your call! With the help of precise calculations and an analysis of the type of soil and the load to be supported, they will be able to provide you with an estimate of the cost of the product and will design a solution tailored to your needs.
Step 3
Installation
The big day has finally arrived. The screw piles will be screwed in as deeply as possible. It’s likely that during the installation, some technical details will need to be adjusted, such as the length of the piles or the size of the helices. Our experts know how to react quickly in order to ensure the absolute stability of your foundation.
Step 4
Everything is ready for construction
There’s no delay or clean-up required between the end of the helical (screw) pile installation and the start of construction. As soon as the last screw pile is anchored into the ground, your contractor can start building your project.
Are you an engineer? Get more detailed information on load capacity and calculations
Frequently Asked Questions
How much weight can a helical (screw) pile support?
Since this depends on the soil type, it's at the time of installation that the weight that each helical (screw) pile can support will be determined. It's important to note that the more compact the soil, the greater the bearing capacity of the helical (screw) pile. This capacity (also known as compression or tension) is confirmed at the time of installation, in accordance with the quality standards and requirements met by all GoliathTech helical (screw) pile. In some cases, a certificate may be issued by an engineer to validate the compliance of the upcoming work.
How much does a helical pile cost?
Contrary to popular belief, GoliathTech helical pile are a cost-effective long-term solution. However, there are a number of factors to consider when estimating the cost, such as the structure to be supported, soil type, length of helical pile required, and the accessibility of the site. Please contact a GoliathTech certified installer to learn more.
What is the recommended distance between each screw pile?
Depending on industry standards and the type of structure to be supported, a distance of 8 to 10 feet is generally recommended between each screw pile.
What are the possible approaches if there's a rock in the soil?
In most cases, we can shift the rock slightly to install the helical (screw) pile. If the GoliathTech certified installer is unable to move the rock due to its size, then the pile can be installed in another location, providing the project allows it. If the location of the structure cannot be changed, the installer will typically use a mini excavator adapted to this type of scenario. This will allow the GoliathTech expert to install the helical (screw) pile leaving as small of a footprint as possible.
Can helical (screw) pile be installed under an existing structure?
Absolutely! Although, helical (screw) piles must be installed in close proximity to the structure being supported. To install helical (screw) piles in the middle of an existing structure, access must be provided. For example, it is recommended to remove a few boards from a wooden deck to install helical (screw) piles in an otherwise inaccessible area.
Does the helical pile need to be covered with a plastic casing to protect it from freezing?
Not at all. The double protection of our helical piles prevents ground movement due to freezing and thawing at all levels: from the inside and from the outside. Polyurethane insulation prevents ice from forming inside the helical piles and keeps them above freezing. In addition, the piles are installed below the frost line and the helix at the end of the pile serves as an anchor that prevents the helical pile from rising to the surface during periods of intense cold.
Are your screw pile surrounded with a polyurethane/plastic sleeve?
Since our screw piles are comprised of a smooth metal tube and are installed below the frost line, a coating is unnecessary. Also, a polyurethane sleeve would tend to rise to the surface due to the freeze/thaw cycle, without necessarily returning to its original position over time. This can lead to support problems and could damage your structure in the long term.
Types of applications: a helical (screw) pile foundation for incomparable anchorage
From deck to home foundations, our helical pile system is the best foundation solution for you.
No matter what your project is…
GoliathTech helical (screw) piles are ready
In order to provide you with a screw pile foundation solution that’s designed to meet your needs and specific project, our network of certified installers and consultants make the most of their vast expertise in the field. Recognized for their know-how, they conform helical piles to meet the unique nature of your property and project, rather than offering you a solution... cast in concrete!
Still have questions?