Self-locking polyethylene corrugated solid-wall pipe for top-pull installation
This construction technique, which employs a double-acting jacking and self-locking sealing process, strikes a balance between horizontal directional drilling and slurry-balanced pipe jacking. It constitutes an integrated construction system encompassing "technique + pipe material + working shaft." This method combines the broad geological adaptability and strong obstacle-handling capabilities of directional drilling with the precise elevation control offered by pipe jacking. At the same time, it requires minimal space, provides excellent pipe sealing performance, boasts high rigidity, and ensures overall structural integrity. As such, it can be applied to a wide range of projects characterized by high construction difficulty and restrictive construction conditions—such as areas with quicksand or silty soils, locations where excavation is impossible and conventional pipe pulling is impractical, and sites with limited space or underground water. In all these scenarios, this technique offers significant engineering advantages.
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Self-locking polyethylene corrugated solid-wall pipe for top-pull installation
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Product Details
Implementation standard
T/CPPIA 14-2021
T/GDSTT 1-2021
Q/320281HNA03-2025
Polyethylene Wound Solid-Wall Drainage Pipe Manufacturing Process
Made from polyethylene, it is produced by extruding sheets and then winding them into a roll. The joints are self-locking, ensuring a tight and secure connection.
Construction of Solid-Wall Drainage Pipes Wrapped with Polyethylene
This construction technique, which employs a double-acting jacking and self-locking sealing process, strikes a balance between horizontal directional drilling and slurry-balanced pipe jacking. It constitutes an integrated construction system encompassing “technique + pipe material + working shaft.” This method combines the broad geological adaptability and strong obstacle-handling capabilities of directional drilling with the precise elevation control characteristic of pipe jacking. At the same time, it requires minimal space, offers excellent pipe sealing performance, high rigidity, and strong overall structural integrity. As such, it can be applied in a wide range of projects characterized by high construction difficulty and restrictive construction conditions—such as areas with quicksand or silty soils, locations where excavation is impossible and conventional pipe pulling is impractical, and sites with limited space or underground water. It thus possesses significant engineering advantages.
Product specifications and length
Product Name | Specification Model (Nominal Inner Diameter) | Ring stiffness (kN/㎡) | Optional length (m) |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN300 | 12.5/16/32 | 1.5/1.0/0.5 |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN400 | 12.5/16/32 | 1.5/1.0/0.5 |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN500 | 12.5/16/32 | 1.5/1.0/0.5 |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN600 | 12.5/16/32 | 1.5/1.0/0.5 |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN800 | 12.5/16/32 | 1.5/1.0/0.5 |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN1000 | 12.5/16/32 | 1.5/1.0/0.5 |
Self-locking polyethylene corrugated solid-wall pipe for top-pull installation | DN1200 | 12.5/16/32 | 1.5/1.0/0.5 |
Note: Specifications, models, and lengths can be customized according to the actual conditions at the construction site.
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