The steel sheet pile is a kind of steel structure with linkages on the edge, and the linkages can be freely combined to form a continuous and compact retaining wall or water retaining wall.
Application features of steel sheet piles:
1. Handle and solve a series of problems that arise during the excavation process;
2. The construction is simple and the construction period is shortened;
3. For construction tasks, it can reduce the space requirements;
4. The use of steel sheet piles can provide the necessary safety and timeliness (for disaster relief);
5. The use of steel sheet piles can not be restricted by weather conditions; in the process of using steel sheet piles, it can simplify the inspection of materials or systems 6. The complex program of performance ensures its adaptability, good interchangeability, and can be reused.
7. It can be recycled and reused to save money.
Application of sheet piles in hydraulic engineering (ports), construction of transport routes (roads and railways)
1. Wharf wall, maintenance wall, retaining wall;
2. Construction of docks and shipyards, noise isolation walls;
3. Pier retaining piles, (wharf) bollards, bridge foundations;
4. Radar range finder, slope, slope road;
5. Sinking railways, groundwater retention;
6. Tunnel.
Application of steel sheet piles in waterway civil engineering:
1. Maintenance of waterways;
2. Retaining wall;
3. Consolidate roadbed and embankment;
4. Parking equipment; prevent scour.
Application of steel sheet piles in water conservancy project building pollution control - polluted places, fence fill:
1. (of a river) lock, water lock, vertical sealed fence;
2. A weir, embankment, excavated for the purpose of displacing soil;
3. Bridge foundations, tank enclosures;
4. (roads, railways, etc.) culverts, protected underground cableways for slopes at the top;
5. Security door;
6. Flood embankment, noise reduction;
7. Bridge columns, wharfs, isolation noise walls; entrances and exits VI. Chemical composition and mechanical properties of cold-formed steel sheet pile materials.
Advantages of sheet piles:
1. Strong bearing capacity and light structure, the continuous wall made of steel sheet piles has high strength and rigidity.
2. Good water tightness, the joints of the steel sheet piles are tightly bonded, which can prevent seepage naturally.
3. The construction is simple, can adapt to different geological conditions and soil quality, can reduce the excavation volume of foundation pit, and the operation occupies a small area.
4. Good durability, depending on the difference in the use environment, the life span can be as long as 50 years.
5. The construction is environmentally friendly, and the amount of soil and concrete used is greatly reduced, which can effectively protect land resources.
6. Efficient operation, very suitable for rapid implementation of flood control, subsidence, quicksand, earthquake and other disaster relief and prevention.
7. The material can be recycled and used repeatedly. In temporary projects, it can be reused 20~30 times.
8. Compared with other single structures, the wall is lighter and has greater adaptability to deformation, which is suitable for the prevention and treatment of various geological disasters.
Application features of steel sheet piles:
1. Handle and solve a series of problems that arise during the excavation process;
2. The construction is simple and the construction period is shortened;
3. For construction tasks, it can reduce the space requirements;
4. The use of steel sheet piles can provide the necessary safety and timeliness (for disaster relief);
5. The use of steel sheet piles can not be restricted by weather conditions; in the process of using steel sheet piles, it can simplify the inspection of materials or systems 6. The complex program of performance ensures its adaptability, good interchangeability, and can be reused.
7. It can be recycled and reused to save money.
Application of sheet piles in hydraulic engineering (ports), construction of transport routes (roads and railways)
1. Wharf wall, maintenance wall, retaining wall;
2. Construction of docks and shipyards, noise isolation walls;
3. Pier retaining piles, (wharf) bollards, bridge foundations;
4. Radar range finder, slope, slope road;
5. Sinking railways, groundwater retention;
6. Tunnel.
Application of steel sheet piles in waterway civil engineering:
1. Maintenance of waterways;
2. Retaining wall;
3. Consolidate roadbed and embankment;
4. Parking equipment; prevent scour.
Application of steel sheet piles in water conservancy project building pollution control - polluted places, fence fill:
1. (of a river) lock, water lock, vertical sealed fence;
2. A weir, embankment, excavated for the purpose of displacing soil;
3. Bridge foundations, tank enclosures;
4. (roads, railways, etc.) culverts, protected underground cableways for slopes at the top;
5. Security door;
6. Flood embankment, noise reduction;
7. Bridge columns, wharfs, isolation noise walls; entrances and exits VI. Chemical composition and mechanical properties of cold-formed steel sheet pile materials.
Advantages of sheet piles:
1. Strong bearing capacity and light structure, the continuous wall made of steel sheet piles has high strength and rigidity.
2. Good water tightness, the joints of the steel sheet piles are tightly bonded, which can prevent seepage naturally.
3. The construction is simple, can adapt to different geological conditions and soil quality, can reduce the excavation volume of foundation pit, and the operation occupies a small area.
4. Good durability, depending on the difference in the use environment, the life span can be as long as 50 years.
5. The construction is environmentally friendly, and the amount of soil and concrete used is greatly reduced, which can effectively protect land resources.
6. Efficient operation, very suitable for rapid implementation of flood control, subsidence, quicksand, earthquake and other disaster relief and prevention.
7. The material can be recycled and used repeatedly. In temporary projects, it can be reused 20~30 times.
8. Compared with other single structures, the wall is lighter and has greater adaptability to deformation, which is suitable for the prevention and treatment of various geological disasters.
