Atlas 160mm x 6m Class 6 PVC Pipe, Used for Large-Bore Distribution Pipe

Atlas PVC Pipe Class 6 is a durable, corrosion‑resistant PVC pipe designed for heavy loads and versatile environments. It is suitable for drainage, stormwater, roofing projects, and can be used in applications like sewage and waste management. It supports high pressure (up to 30 bar) and comes in a range of wall thicknesses and diameters for different installation needs.

Core specs include industrial-grade PVC construction, corrosion resistance, a high load‑bearing design, and a smooth interior with low friction. It is engineered for exact dimensional accuracy and is available in multiple wall thicknesses and diameters to suit various project requirements. The pipe is designed to withstand pressures up to 30 bar and is suitable for outdoor use with good thermal properties and limited thermal expansion.

Yes. The pipe is corrosion‑resistant and built to perform reliably in outdoor environments. Its materials and design help maintain long-term performance even in exposure to moisture, chemicals, and temperature variations typical of drainage and roofing applications.

It’s well-suited for drain and stormwater systems, roofing drainage, sewage and waste management, and can be adapted for marine or industrial settings. Its flexibility also makes it useful for custom configurations in manufacturing, oil and gas, and construction projects.

Installation is straightforward, but professional installation is recommended for maximum performance. Typical steps: select the correct diameter and wall thickness, cut the pipe to length with a PVC cutter, deburr the cut edge, dry-fit to ensure alignment, apply primer and solvent cement to joints, fit with fittings, and allow adhesive to cure according to manufacturer instructions. Check joints for leaks after installation.

The pipe features a smooth interior surface and a low coefficient of friction, which helps materials move through more easily and reduces resistance. Its lightweight and easy-to-assemble design also facilitates handling and installation on site.

Atlas PVC Pipe Class 6 is manufactured in a range of wall thicknesses and diameters to suit different pressure requirements and flow needs. To choose, consider the expected fluid pressure, the required diameter for the desired flow rate, and the overall system layout. Your local codes and installation guidelines should also inform the selection.

Yes. Ensure compatibility with the specific liquids being conveyed and follow local plumbing or building codes. Use appropriate PPE when cutting or fabricating, ensure proper ventilation when applying primers and solvents, and verify that joints are correctly installed to prevent leaks. Regularly inspect joints and supports as part of maintenance.

Atlas PVC Pipe Class 6 offers strong load-bearing performance, corrosion resistance, and a long lifespan with low maintenance. Its combination of durability, ease of installation, and suitability for multiple environments often results in lower lifecycle costs compared with other pipe options.

Compared with other Class pipes, Class 6 is designed for higher load and pressure scenarios (up to 30 bar) and same corrosion resistance, making it suitable for demanding drainage and industrial applications. When evaluating alternatives such as Class 5 or Class 7, you’ll generally trade off lower or higher pressure ratings for differences in wall thickness and flexibility. For specific product comparisons and current options, see the related Atlas Class pipe listings on Fepy.

For side-by-side comparisons, you can explore other Atlas PVC Pipe classes on Fepy, such as Atlas PVC Pipe Class 5 and Atlas PVC Pipe Class 7, to evaluate pressure ratings, wall thickness, and diameters. Example product URLs (subject to inventory): https://fepy.com/product/atlas-pvc-pipe-class-5 and https://fepy.com/product/atlas-pvc-pipe-class-7

Maintenance is generally low. Periodically inspect joints and supports for signs of leakage or corrosion, ensure fittings remain tight, and clean exterior surfaces to prevent buildup. Replace any damaged sections promptly, and confirm that the system remains within the recommended pressure and temperature limits for the pipe.