Thomsun PPR Reducer Tee, 110 x 63mm, Heat-Fusion Branch Fitting for Mixed Pipe Sizes

The Thomsun PPR Reducer Tee is a polypropylene pipe fitting that joins two PPR pipes of different diameters in a single piece. It transitions from 110 mm on one end to 63 mm on the other, enabling a controlled reduction in flow. It’s designed for hot and cold water systems, is heat- and pressure-resistant, and features internal threading to simplify installation in compatible PPR plumbing systems.

Yes. Follow standard piping safety practices: cut pipes square, deburr edges, wear gloves, avoid overtightening connections, and use proper curing times for fusion or adhesive methods per local codes. Ensure the system is depressurized and work in a well-ventilated area when using any adhesives or solvents.

Measure the pipe diameters in your system to confirm you need a 110 mm to 63 mm reduction. Ensure the reducer tee ends match your pipes and consider your flow requirements and system pressure to avoid overloading the fitting. If uncertain, compare with other sized reducers to find the best match for your layout.

Here are similar PPR options you can explore on Fepy.com: https://www.fepy.com/product/ppr-reducer-tee-110x32 and https://www.fepy.com/product/ppr-reducer-tee-110x40 and https://www.fepy.com/product/ppr-reducer-tee-110x75. These provide alternative reduction sizes if your project requires different diameter changes.

Choose a reducer tee when you need to connect pipes of different diameters in a single fitting and maintain a direct flow path. It simplifies transitions from a larger diameter to a smaller one (110 mm to 63 mm) without needing multiple adapters.

The fitting is made from polypropylene, which offers good corrosion and rust resistance and is suitable for long-term use in typical plumbing environments. It is built for hot and cold water applications and rugged use.

This reducer tee is designed for standard PPR socket dimensions (110 mm and 63 mm). It is generally compatible with other brands that use the same socket sizes, but always verify material grade and socket depth before mixing brands.

You’ll typically need PPR joining equipment appropriate to your method (e.g., a PPR socket fusion machine or approved solvent cement for PPR), a pipe cutter, a deburring tool, markers, and safety gloves. Use only compatible PPR fittings and materials.

General installation steps: (1) cut pipes square and clean the ends, (2) deburr rough edges, (3) dry-fit the reducer tee to verify alignment, (4) join using the recommended method for your PPR system (socket fusion or approved solvent cement) to both 110 mm and 63 mm ends, (5) allow any fusion or curing time per method, (6) check for leaks after installation.

Common use cases include transitioning from a larger supply line to a smaller branch, feeding 63 mm branches from a 110 mm main in water distribution networks, and in drainage or waste piping where a diameter reduction is required.

One end accepts 110 mm PPR pipe and the other end accepts 63 mm PPR pipe. It is used to step down from a 110 mm line to a 63 mm line within a run. It connects to other fittings via standard PPR socket joints, so you should pair it with compatible 110 mm and 63 mm PPR components.

Key specs include: material is polypropylene; connection size is 110 x 63 mm; intended for PPR piping in water distribution, drainage, and waste applications; is resistant to corrosion and rust for long-term use; designed for reliable, durable connections.

The Thomsun PPR Reducer Tee is a polypropylene pipe fitting that joins two PPR pipes of different diameters in a single piece. It transitions from 110 mm on one end to 63 mm on the other, enabling a controlled reduction in flow. It’s designed for hot and cold water systems, is heat- and pressure-resistant, and features internal threading to simplify installation in compatible PPR plumbing systems.

Yes. Follow standard piping safety practices: cut pipes square, deburr edges, wear gloves, avoid overtightening connections, and use proper curing times for fusion or adhesive methods per local codes. Ensure the system is depressurized and work in a well-ventilated area when using any adhesives or solvents.

Measure the pipe diameters in your system to confirm you need a 110 mm to 63 mm reduction. Ensure the reducer tee ends match your pipes and consider your flow requirements and system pressure to avoid overloading the fitting. If uncertain, compare with other sized reducers to find the best match for your layout.