Copper Endfeed 90 Degree Street Elbows (15mm - 54mm)

Achieve maximum layout compaction and eliminate redundant pipe joints across your plumbing networks with our premium selection of trade-grade copper 90-degree endfeed street elbows. Unlike standard female-to-female elbows, a street elbow features a male spigot end on one side and a standard female socket on the other. This unique configuration allows the fitting to insert directly into another fitting socket without requiring a short intermediate pipe bridge, saving vital space in tight service cupboards, floor joists, and plant rooms.

Each street elbow is manufactured from high-purity, thick-walled copper to guarantee exceptional thermal conductivity, delivering a rapid, flawless capillary draw during endfeed soldering.

📐 Available Sizing & Trade Pricing Matrix

Select your required diameter profile from the options dropdown to update your layout specification:

• Domestic Layouts & Branch Lines:

  • 15mm 90° Street Elbow — £0.40

  • 22mm 90° Street Elbow  — £1.00

  • 28mm 90° Street Elbow  — £1.90

• Commercial & Plant Room Mains:

  • 35mm 90° Street Elbow — £3.80

  • 42mm 90° Street Elbow — £5.60

  • 54mm 90° Street Elbow — £10.10

🛠️ Key Features

• Male-to-Female Street Design: One male spigot end connects directly into an existing fitting socket, while the female end accepts copper pipe work cleanly

• True 90-Degree Geometry: Formed to exact right angles to ensure perfectly square alignment, crisp pipe tracking, and close-to-wall routing

• Premium Pure Copper Build: Thick-walled, durable composition naturally engineered to resist scaling, oxidation, and systemic erosion over decades of service

• Category: Endfeed / Elbows / Street / 90 Degree

💧 Plumbing & Installation Benefits

• Maximum Space Optimization: Eliminates intermediate pipe runs and extra fittings, allowing complex multi-port manifolds, zone valves, and pumps to cluster tightly together

• Reduced Component Costs: By bridging socket-to-pipe runs inside a single component, it lowers individual component costs and cuts down on overall installation time

• Optimized Hydraulic Velocity: The precision-engineered internal radius ensures a smooth fluid transition, actively reducing system cavitation and velocity rumble

• Universal Applications: Certified safe for high-temperature central heating loops, residential drinking water mains, domestic gas supplies, and low-pressure solar loops