Prince CPVC Fabricated Bend - SDR 11

• The Prince CPVC Fabricated Bend - SDR 11 is a high-performance plumbing fitting designed to redirect CPVC pipelines smoothly while maintaining efficient water flow throughout the system. Manufactured from premium-grade SDR 11 CPVC material, this fabricated bend offers excellent durability, superior strength, and dependable performance in a wide range of plumbing applications.
• Engineered for both hot and cold water systems, the Prince CPVC Fabricated Bend - SDR 11 provides exceptional resistance to high temperatures, pressure variations, corrosion, and chemical damage. Its sturdy fabricated construction ensures reliable operation and long-term durability, making it suitable for residential, commercial, and industrial piping networks where precise directional flow changes are required.
• The fitting is designed to create smooth directional transitions in CPVC pipelines, helping reduce flow resistance and maintain stable water pressure. Its corrosion-resistant CPVC composition prevents rust, scaling, and leakage, ensuring cleaner water flow and reduced maintenance over time. The bend is ideal for modern plumbing systems that demand safe, efficient, and long-lasting pipeline performance.
• Installation is quick and secure using standard solvent cement welding methods, creating a strong and leak-proof joint with compatible CPVC pipes and fittings. Its user-friendly design allows plumbers and contractors to complete installations efficiently while ensuring reliable sealing and structural stability

Key Features:

• Smoothly redirects CPVC pipeline flow
• Manufactured from premium SDR 11 CPVC material
• Excellent resistance to heat, pressure, and corrosion
• Durable fabricated construction with leak-proof performance
• Quick and secure solvent cement weld installation
• Suitable for residential, commercial, and industrial plumbing systems

The Prince CPVC Fabricated Bend - SDR 11 is a reliable solution for efficient pipeline routing, durable plumbing connections, and long-term water system performance.