Davant 110mm Ring Seal Push-Fit Soil Double Socket Access Pipe

The Davant 110mm Ring Seal Push-Fit Soil 92° Double Socket Access Branch Tee is a reliable and practical fitting for any 110mm (4") soil system. Designed to form a three-way junction in your pipework, this branch tee also includes an integrated access point—ideal for routine maintenance or clearing potential blockages without the hassle of dismantling pipes. Its 92-degree angled branch is engineered to improve flow dynamics compared to a standard 90° tee, which reduces the chance of waste build-up and helps maintain smoother movement throughout the system. This makes it especially effective for soil stacks and horizontal pipework where efficient drainage is crucial. The double socket design features two push-fit ends with integrated ring seals, making installation quick, secure, and mess-free—no adhesives or solvent welding required. The access cap is a valuable addition, allowing for visual inspection or rodding when needed, helping you keep your drainage system running smoothly over time. Constructed from tough, durable PVC-U, the fitting is suitable for both indoor and outdoor use. It’s available in black or white to match the rest of your pipe system, and it’s fully certified to EN1329-1 and EN1566-1 for safety and performance.

Frequently Asked Questions

What’s the advantage of having an access cap on this fitting?

The access cap allows you to check inside the pipe system or clear out blockages without needing to disconnect any pipework. It’s especially helpful in maintenance-heavy areas like soil stacks.

What’s the difference between a 92° and a 90° tee?

The extra 2° in a 92° angle provides a smoother waste flow path, reducing turbulence and the risk of clogs. This small design change can make a noticeable difference in system performance.

Can I use this fitting for external pipework?

Yes, it’s made from weather-resistant PVC-U and is suitable for both indoor and external soil systems. You can choose between black or white to suit your installation environment.