SWR Reducing Swept Tee

The SWR Reducing Swept Tee is a specialized PVC/uPVC SWR fitting engineered to connect pipes of different diameters while maintaining smooth and efficient wastewater flow. Unlike standard reducing tees that create sharp flow intersections, this fitting features a swept (angled) branch design, allowing the smaller pipe to join the main line with minimal resistance.

Commonly referred to as PVC reducer swept tee, SWR reducing swept tee, or reducing Y-type tee, this fitting is widely used in plumbing systems across Bangalore where proper flow management and reduced blockage risk are essential.

The primary advantage of the SWR Reducing Swept Tee lies in its ability to handle flow transitions efficiently. When wastewater moves from a smaller pipe into a larger one, improper fittings can cause turbulence, leading to clogging over time. The swept design minimizes this issue by guiding the flow smoothly into the main pipeline, making it ideal for both residential and commercial drainage systems.

In real-world applications, this fitting is commonly used in:

• Connecting bathroom or kitchen waste lines to main drainage pipes
• Apartment and high-rise building drainage systems
• Basement and utility drainage layouts
• Industrial wastewater pipelines

It is especially useful in Bangalore plumbing systems, where space constraints and high usage demand efficient and compact fittings.

The PVC reducing swept tee is available in multiple size combinations such as 110mm x 75mm, 110mm x 90mm, and other standard reductions, ensuring compatibility with common SWR piping systems.

Manufactured from high-quality PVC/uPVC material, it offers excellent resistance to corrosion, chemicals, and environmental conditions. The smooth internal surface reduces scaling and improves long-term flow performance.

Installation can be done using solvent weld (pasted) or rubber ring (push-fit) methods, depending on the system design.

The SWR Reducing Swept Tee is a preferred choice for plumbers and contractors who need a reliable, flow-efficient, and durable solution for connecting different pipe sizes in modern drainage systems.