HDPE Butt Reducing Tee

The diameter of HDPE pipe ranges from DN32 to DN1000, and is divided into 26 levels. The pressure level is between 0.6Mpa and 1.6Mpa, a total of 5 levels.

HDPE pipe will be melted between 190℃n240℃. With this feature, the two melted parts of the pipe (or pipe fittings) can be fully contacted and maintained at proper pressure. After cooling, the two can be firmly integrated. Therefore, the connection method of PE pipe is different from that of U-PVC pipe. It usually adopts two methods of electric hot melt connection and hot melt butt. According to the size of the pipe, it can be divided into: when DN≤63, injection hot melt socket connection is used; When DN≥75, use hot melt butt connection or electrofusion socket connection; when connecting with different materials, use flange or threaded connection.

Details of HDPE Butt Reducing Tee

Features of HDPE Butt Reducing Tee

1. The primary joining technique used with HDPE Butt Reducing Tee is heat fusion. This leak-free joining technique creates a monolithic pipe system where the joints are as strong as the pipe itself providing a piping system that is built to last. Not only does this improve the overall system performance, but it also increases the safety to the surrounding environment by reducing the risk of leaked medium. When performed correctly, heat fusion joints won’t leak and will drastically reduce operational costs for your piping system over its lifetime.

2. HDPE pipe can alternatively be joined together via mechanical connections such as flanges, mechanical joints, couplers, and others.

3. Corrosion Resistance: HDPE Butt Reducing Tee will not corrode, tuberculate, or support biological growth. HDPE pipe has a C-Factor of 150 for the design life of the pipe, unlike metallic pipes which will suffer inside diameter constriction overtime. The inside diameter of HDPE pipe will not change over time providing consistent flows with no increase to pumping energy.