Product Description

The steel belt reinforced PE corrugated pipe is made of polyethylene as the inner and outer layer base material, and the steel belt corrugated body surface that coated with resin is used as the main support structure, and is integrated into the whole spiral corrugated pipe by winding and extrusion on the production line. This product combines the high rigidity, high strength of steel and the excellent corrosion resistance, wear resistance and flexibility together. Not only can the pipe reach a certain level of ring stiffness, but also it can solve the corrosion problem of the steel, and make up for the low ring stiffness problem of larger diameter pipe.

Performance of Steel Belt Reinforced PE Corrugated Pipes

Steel Belt Reinforcement: The incorporation of steel belts enhances structural strength providing exceptional resistance against external pressures, ensuring stability, and extending the lifespan of the pipes.
Corrosion Resistance: The use of PE ensures corrosion resistance, making the pipes suitable for diverse environmental conditions and ensuring a long service life.

Flexibility and Durability: Despite the steel reinforcement, these pipes maintain flexibility, allowing for easy installation in challenging terrains while ensuring durability under various stress conditions.
Smooth inner Surface: The corruaated desian with a smooth inner surface minimizes friction, promoting efficient fluid flow, reducing pressure loss, and preventing debris accumulation within the pipes.
Chemical Resistance: PE’s innate resistance to chemicals makes these pipes versatile for various applications, including the transport of corrosive substances.

Applications of Steel Belt Reinforced PE Corrugated Pipes

  Stormwater Drainage: Widely used in stormwater drainage systems, efficiently channeling rainwater away to prevent flooding.

  Sewer Systems: Applied in sewer systems for the conveyance of wastewater providing a durable and reliable solution.

  Culvert Installations: ldeal for culverts and underpasses, facilitating the passage of water under roads, railways, or embankments.

  Mining and Dewatering: Applied in mining operations and dewatering projects, providing a reinforced structure for managing water levels in excavation areas.

  Infrastructure Development: Used in infrastructure projects for the construction of water supply networks, ensuring robust

and lasting solutions.

Product Specification