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What is steel pipe pile
Steel pipe piles employing circular steel pipes, and tubes play a valuable role as basic materials for civil engineering and construction due to their high strength and uniform quality. The numbers of large-scale construction projects on soft ground or in coastal areas, and of marine civil engineering projects, are also on the increase, making earthquake-resistance of structures an even more important issue. Steel pipe piles can meet all of these requirements. Because they have high strength and earthquake resistance, steel pipe piles can make highly reliable foundations.
Advantages of steel pipe pile
As opposed to other options for deep foundations, pipe piles offer several advantages. They lower costs because they are capable of being tailored to meet specific load bearing requirements. They are simple to drive and install, and they’re easy to inspect and test before use. They are sturdy and unlikely to crack or otherwise get damaged while they are being driven into the ground. Additionally, pipe piles can be added to bolster foundation support after construction and during various phases of construction.
Common Sizes
Pipe piles come in a variety of sizes that can support loads between 50 and 500 kips. They may be several inches in diameter to several feet in diameter. Common sizes range from 8” in diameter to over 50” in diameter. If you’re looking to buy used pipe pile, you should have no problem finding plenty of options in this range, with the highest number of options in the diameter range of 18” to 28”. Pipe piles can be joined together to create pile structures that are hundreds of feet long.
What is steel pipe pile
Steel pipe piles employing circular steel pipes, and tubes play a valuable role as basic materials for civil engineering and construction due to their high strength and uniform quality. The numbers of large-scale construction projects on soft ground or in coastal areas, and of marine civil engineering projects, are also on the increase, making earthquake-resistance of structures an even more important issue. Steel pipe piles can meet all of these requirements. Because they have high strength and earthquake resistance, steel pipe piles can make highly reliable foundations.
Advantages of steel pipe pile
As opposed to other options for deep foundations, pipe piles offer several advantages. They lower costs because they are capable of being tailored to meet specific load bearing requirements. They are simple to drive and install, and they’re easy to inspect and test before use. They are sturdy and unlikely to crack or otherwise get damaged while they are being driven into the ground. Additionally, pipe piles can be added to bolster foundation support after construction and during various phases of construction.
Common Sizes
Pipe piles come in a variety of sizes that can support loads between 50 and 500 kips. They may be several inches in diameter to several feet in diameter. Common sizes range from 8” in diameter to over 50” in diameter. If you’re looking to buy used pipe pile, you should have no problem finding plenty of options in this range, with the highest number of options in the diameter range of 18” to 28”. Pipe piles can be joined together to create pile structures that are hundreds of feet long.
Features of steel pipe pile
1. Large vertical-bearing capacity
By driving the pipe piles into firm bearing layers, they exhibit a large vertical-bearing capacity.
2. High bending strength
Steel pipe piles with high stiffness and high bending strength enable resistance to considerable horizontal force during earthquakes.
3. Excellent environmental performance
Piles with small section areas realize less earth removal and low vibration and noise.
4. Custom fit for each structure
Various pile lengths, diameters, and thicknesses contribute to the economical design.
5. Easy production of longer piles and jointing piles
Longer products can be manufactured, and, as joining piles by welding is also easy, it is possible to apply these to deep water and deep underground structures.
6. Easy jointing with superstructures
Jointing with upper concrete structures is easy, using reinforcing steel bars at the top of piles.
7. Easy handling
Steel that’s light and tough contributes to easy handling and transport.
Features of steel pipe pile
1. Large vertical-bearing capacity
By driving the pipe piles into firm bearing layers, they exhibit a large vertical-bearing capacity.
2. High bending strength
Steel pipe piles with high stiffness and high bending strength enable resistance to considerable horizontal force during earthquakes.
3. Excellent environmental performance
Piles with small section areas realize less earth removal and low vibration and noise.
4. Custom fit for each structure
Various pile lengths, diameters, and thicknesses contribute to the economical design.
5. Easy production of longer piles and jointing piles
Longer products can be manufactured, and, as joining piles by welding is also easy, it is possible to apply these to deep water and deep underground structures.
6. Easy jointing with superstructures
Jointing with upper concrete structures is easy, using reinforcing steel bars at the top of piles.
7. Easy handling
Steel that’s light and tough contributes to easy handling and transport.
Application of steel pipe pile
Bridge foundations
Building foundations
Harbor structures
River structures
Others (landslide prevention piles, etc.)
Application of steel pipe pile
Bridge foundations
Building foundations
Harbor structures
River structures
Others (landslide prevention piles, etc.)
Steel pipe pile production process :
1. Blasting and rust removal: The surface of the steel pipe is cleaned to remove any scale, rust, or other contaminants through blasting or chemical treatment.
2. Cutting: The steel pipe is cut into the required length according to the design specifications.
3. Pre-drilling: Holes are drilled in the pipe at predetermined intervals to facilitate the installation of reinforcing bars and to allow for concrete to flow into the voids during the pile driving process.
4. Welding: The steel casing is welded together to ensure a watertight and structurally sound pile.
5. Reinforcement placement: rebars (steel rods) are placed inside the pipe according to the design requirements to provide additional strength to the pile.
6. Concrete filling: The pipe is filled with concrete, which surrounds and encases the reinforcing bars, creating a composite structure.
7. Curing: The concrete is allowed to cure, harden, and gain strength over time.
8. Testing: The pile might be subjected to various tests such as load tests, integrity tests, or corrosion tests to ensure that it meets the design specifications and quality standards.
9. Protection: To protect the pile from corrosion, it might be coated with a layer of protective material such as paint, galvanization, or a plastic covering.
10. Storage and transportation: Once the piles are produced, they need to be stored and transported carefully to the construction site.
Steel pipe pile production process :
1. Blasting and rust removal: The surface of the steel pipe is cleaned to remove any scale, rust, or other contaminants through blasting or chemical treatment.
2. Cutting: The steel pipe is cut into the required length according to the design specifications.
3. Pre-drilling: Holes are drilled in the pipe at predetermined intervals to facilitate the installation of reinforcing bars and to allow for concrete to flow into the voids during the pile driving process.
4. Welding: The steel casing is welded together to ensure a watertight and structurally sound pile.
5. Reinforcement placement: rebars (steel rods) are placed inside the pipe according to the design requirements to provide additional strength to the pile.
6. Concrete filling: The pipe is filled with concrete, which surrounds and encases the reinforcing bars, creating a composite structure.
7. Curing: The concrete is allowed to cure, harden, and gain strength over time.
8. Testing: The pile might be subjected to various tests such as load tests, integrity tests, or corrosion tests to ensure that it meets the design specifications and quality standards.
9. Protection: To protect the pile from corrosion, it might be coated with a layer of protective material such as paint, galvanization, or a plastic covering.
10. Storage and transportation: Once the piles are produced, they need to be stored and transported carefully to the construction site.
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