SWR Reducing Tee

Description

The SWR Reducing Tee is an essential and versatile component for any SWR (Soil, Waste, and Rainwater) drainage system. Made from high-grade, unplasticized polyvinyl chloride (uPVC), this fitting is designed to create a strong, right-angled junction between two pipes of different diameters.

Uses:

• Connecting Branch Lines to Main Stacks: This tee is primarily used to connect a smaller diameter pipe (e.g., from a basin, sink, or floor drain) to a larger vertical or horizontal main drainage line.

• Creating a 90-Degree Junction: The design allows for a direct, right-angled connection, which is often required for creating straight runs and tidy plumbing layouts in a building.

• Versatile Applications: It is a fundamental fitting used in both residential and commercial plumbing to manage wastewater from various sources and direct it toward the main sewer line or septic tank.

Advantages:

• Secure and Leak-Proof Connection: The SWR Reducing Tee is engineered for a tight, secure fit with both the main and branch pipes. This ensures a reliable, leak-proof joint that contains all wastewater within the drainage system, preventing leaks and potential damage.

• High Durability: Constructed from uPVC, this fitting is completely resistant to corrosion, rust, and the degrading effects of chemicals commonly found in wastewater. This robust construction ensures a long service life and high reliability for decades.

• Cost-Effective Solution: By providing a durable and reliable junction, this fitting helps reduce the need for future maintenance and repairs. Its robust design and material quality make it an excellent long-term investment for your drainage system.

• Easy Installation: SWR tees are lightweight and easy to handle. They are designed for quick installation using either a push-fit or solvent cement method, which reduces labor costs and project time.

• Streamlined Plumbing Layouts: The 90-degree angle helps create neat and organized plumbing systems, which are easier to inspect and maintain in the long run.