When you have a building project, you need to decide the piling system you need to use. There are different piling systems that for projects around the world. Depending on the location you are, all the piling systems require specific equipment. In order select the best piling system for your building projects, piling contractor Melbourne has summarized the most common piling systems available and the ones that are loved by contractor today.
Wood piles typically have the lowest material and handling cost. They are the easiest to erect and handle. Wood piles are much easier to add or remove than other piles, but they also have their drawbacks. They cannot bear heavy loads as other piling systems because they are vulnerable to borers, difficult to splice and susceptible to water damage and rot.
Steel piles are used in deep foundations that deals with soft soils. These pipes are either closed or hollow. The hollow steel piles are commonly used by piling contractors because they allow the soil to enter and fill the pipe during the drilling process. A closed steel pile has steel at both ends to prevent soil from entering the pipe. Steel piles are relatively easy to handle and very customizable in function and shape. They have a tensile strength that allows them to be into the ground.
Concrete piles the best piling system because of their availability, price advantage, and durability. It also has other benefits as the pile can be inspected before being driven into the ground to reduce potential expenses. These piles can be used in areas with soft soil and clay because they cannot be affected by groundwater. The concrete piles are susceptible to damage while being driven if they are not checked properly. They can either be temporary or permanently cast depending on the building and site.
These piles are used in a place where other piles won’t satisfy building requirements. The specialty piles are made using different materials from the other types of piles. This piling system does jobs that no other piles complete. Their drawbacks are cost related because the design, driving method and different materials used. They tend to be more expensive than the standard cost.
There is a large variety of piling systems to be used, but choosing the right one for your project can be daunting. If you are looking for piling systems for your project, contact piling contractor Melbourne for help.
Benefits of Concrete Piles
Concrete piling provide the needed support or to resist forces. Concrete piles are made using different materials and have predetermined shape and size. Concrete piles are installed by vibrating or pushing into the earth or by impact hammering. Concrete piles have many benefits when used as the deep foundation of a building. The benefits of concrete piles include:
Concrete piles are engineered solutions because of design, installation, and quality assurance. Each concrete pile combines to eliminate guesswork and produce reliable and cost effective product that can accommodate a wide variety of conditions. Concrete pile maintains their shape during installation, they cannot get damaged and they do not bulge in soft soil. Concrete piles are arranged in sections and can be dynamically inspected to verify their quality and integrity before installation.
Concrete piles are normally the best and cost effective deep foundation solution. The wide variety of shapes and sizes available for concrete piles can be easily specified for high structural strengths, allowing for fewer piles per project and resulting in a substantial saving of the foundation cost.
Concrete piles are installed to accommodate lateral loads, tension, and compression. They can be selected to meet specific needs of the site conditions, structure and budget. You can select from the square, sheet pile, cylinder and octagonal concrete piles. Concrete piles can also adapt to the site condition to reach uniform minimum capacity with high reliability. They are usually installed to assure the desired minimum capacity.
Reliable and available
A piling contractor can be found all over the country by simply searching the internet. The installation methods and equipment are tested and well proven before they start the installation process. Advances in equipment, techniques, and materials are continually combined to improve the efficiency of the concrete piles. They have a superior structural strength and they almost never fail during static loading or testing. They have high lateral resistance, making them ideal to resist seismic loading conditions.
Concrete pile installation usually produces no spoils. There is no exposure during disposal, no contaminated material or potentially hazardous. After installation, the site is left clean and ready for construction activities.
Concrete piles adapt well to unique restriction and unique site conditions. They are ideally suited for near shore applications and bridges. There are no delays related to the curing the concrete or special casting skills needed. The piles are driven into the soil, allowing construction to proceed in a timely manner.