Corrutech 375mm SN8 Pipe C3758 (Stromen – Tefco) – 5.70m Effective Length
The Corrutech 375mm SN8 Pipe (C3758) is a heavy-duty twin-wall corrugated HDPE pipe designed for high-capacity stormwater, sewer, and underground drainage systems. Manufactured for civil infrastructure applications, it delivers excellent structural strength, hydraulic efficiency, and long-term durability in demanding installation environments.
Constructed from high-density polyethylene (HDPE), this pipe features a corrugated outer wall for superior ring stiffness and a smooth internal bore to ensure efficient water flow and reduced sediment build-up. The SN8 stiffness rating provides high resistance to soil pressure and traffic loads, making it suitable for installation under roads, commercial developments, and deep-burial conditions.
With a 5.70m effective length, the Corrutech pipe system allows for efficient installation with fewer joints, improving site productivity and reducing potential leak points. The system typically utilises an EPDM rubber lip-seal joint, ensuring secure, watertight connections and long-term system integrity.
UV stabilised and corrosion-resistant, this pipe is designed to perform in harsh soil and environmental conditions without degradation, offering a long service life with minimal maintenance requirements.
Features & Benefits:
- 375mm nominal diameter twin-wall corrugated HDPE pipe
- SN8 ring stiffness rating for heavy-duty load resistance
- 5.70m effective length for efficient installation
- Smooth internal bore for optimal hydraulic performance
- Corrugated outer wall for high structural strength
- UV-stabilised HDPE for long-term durability
- Resistant to corrosion, chemicals, and abrasion
- Suitable for stormwater, sewer, and civil drainage systems
- EPDM rubber seal joint system for watertight connections
- Ideal for roadworks, subdivisions, and large-scale infrastructure projects
A robust and reliable drainage solution for engineers and contractors requiring high-capacity pipe systems built for long-term performance in modern civil infrastructure.
