Description 110mm 87 Degree Double Socket Junction Product Description Create robust, reliable branch-offs in your underground drainage layout with the 110mm 87 Degree Double Socket Junction. This fitting lets you form a swept/T-junction that smoothly redirects flow at an 87.5° angle, while maintaining strong, equal-sized pipe connections. Built to withstand underground conditions, it’s a dependable choice where plumbing splits or network expansions are needed. Key Features 87.5° Swept Junction: Provides a near-right angle branch that helps maintain smoother flow and reduces turbulence compared with sharper turns. Double Socket Ends: Both ends are socketed to accept standard 110 mm drainage pipe securely, ensuring watertight, strong joints. Equal Junction: All three outlets are the same diameter (110 mm), which helps to keep flow balanced between connected sections. SN8 Rated: Designed to handle soil pressures and moderate loadings, making it suitable for buried or underground drainage applications. Standards Compliant: Manufactured to EN 1401-1 standards, ensuring reliability, safety, and compatibility with other underground drainage components. Material: PVC-U: Durable, corrosion-resistant material built to perform in demanding underground conditions. Benefits Flow Efficiency: The swept 87.5° angle reduces resistance, helping waste or water move more freely and reducing the chances of clogs. Secure Connections: Double socket design ensures strong, leak-resistant joints across all three branches. Installation Flexibility: Useful in complex drainage networks where you need a junction that branches off at a steep angle without compromising flow or strength. Durability & Long Life: With robust materials and standard compliance, this junction is built to last underground with minimal maintenance. Uniform Size Connections: Equal outlet sizes simplify sealing, alignment and maintain consistent flow capacities across all branches. For more drainage fittings, see here. Contact us via Livechat or 0113 2047303 for more information on this product.
