Operating Instructions
1. Construction preparation
Before construction, it is necessary to carry out a comprehensive inspection of the steel sheet pile to ensure that there is no damage, deformation or rust.
According to the engineering drawings and site conditions, determine the arrangement mode and quantity.
Prepare the required construction equipment and tools, such as pile drivers, excavators, cranes, etc.
2. Sheet pile laying
According to the design requirements, determine the penetration depth and position.
Use a pile driver to drive it into the soil one by one, making sure the pile is vertical and the lock is tight.
In the process of setting, should check its verticality and lock connection at any time, if there is abnormal should be adjusted in time.
3. Construction of envelope structure
According to the engineering needs, workers will connect it into a continuous envelope.
Within the envelope, the support system can improve the overall stability.
For the project that needs water stop, the workers can also set up water stop material or grouting treatment between the two.
4. Unplug
At the end of the project, it is necessary to pull out the steel sheet pile according to the design requirements.
Special tools or equipment should be used to ensure that it can be pulled out smoothly and will not be damaged.
Process Flow | Steel Sheet Pile
Specifications Of Steel Sheet Pile
| Material | S240gp/S270gp/S330gp/S355gp/S390gp/S460ap |
| Custom Made | Yes |
| Custom Cycle | 7-15 Days |
| Production Standards | ASTM/JIS/AISI/DIN/BS/En/GB |
| Payment Term | 30%T/T Advance + 70% Balance |
| Alloy Or Not | Low Alloy |
| MOQ | 3tons |
| Lengh | Customized |
| Advantage | Wear Resistance, Machinability, Easy Welding |
| Shape | U/Z/S/L |
| Transport Package | Export Standard Package/as Request |
Application field of steel sheet pile:
1. Foundation pit support: in the excavation process of deep foundation pits such as high-rise buildings, subways and tunnels, steel sheet piles are used as supporting structures to effectively prevent soil collapse and ensure construction safety.
2. River treatment: it is used for the reinforcement and protection of river banks and embankments, to prevent the collapse of river banks caused by water flow, and to protect the safety of surrounding environment and residents.
3. Wharf construction: as the supporting structure of wharf wall, it can withstand the huge pressure generated by ship docking and loading and unloading operations to ensure the stability and safety of wharf.
4. Temporary enclosure: in construction site, road reconstruction and expansion projects, it can be used as temporary enclosure, isolate the construction area, to ensure the safety of personnel and property.
5. Environmental protection engineering: used for the isolation and treatment of polluted sites, prevent the diffusion of pollutants, and protect the surrounding environment and ecosystem.
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