Prince UPVC Reducing Elbow SCH - 80

• The Prince UPVC Reducing Elbow SCH - 80 is a high-performance 90-degree pipe fitting designed to connect two UPVC pipes of different diameters while efficiently changing the direction of fluid flow. Manufactured from premium Schedule 80 UPVC material, this reducing elbow delivers exceptional strength, high-pressure resistance, and long-lasting durability for residential, commercial, and industrial piping systems. Its compact and reliable design makes it ideal for applications requiring both pipe size reduction and directional flow changes in limited spaces.
• Engineered for smooth and efficient fluid movement, the Prince UPVC Reducing Elbow SCH - 80 helps maintain excellent flow performance while minimizing pressure loss. The reducing ends allow seamless transitions between different pipe sizes, making it suitable for water supply systems, irrigation networks, industrial processing pipelines, and plumbing installations. Its precision-molded 90-degree elbow design ensures accurate alignment and dependable operation under demanding conditions.
• Constructed with heavy-duty SCH-80 UPVC, this fitting offers superior resistance to impacts, chemicals, corrosion, rust, and UV exposure, ensuring reliable long-term performance with minimal maintenance. The solvent weld connection creates strong and leak-proof joints that improve overall pipeline safety and durability. Lightweight yet robust, the fitting is easy to install and handle, making it a practical solution for compact piping systems.

Key Features:

• 90-degree reducing elbow for connecting different pipe sizes
• SCH-80 UPVC construction for high-pressure applications
• Excellent resistance to corrosion, chemicals, UV rays, and impacts
• Solvent weld connection for secure and leak-proof joints
• Compact and space-saving design for tight installations
• Ideal for residential, commercial, and industrial piping systems

Choose the Prince UPVC Reducing Elbow SCH - 80 for a durable, leak-resistant, and efficient piping solution designed for smooth directional flow changes and reliable long-term performance.