Home / Products / Hdpe Thread Fitting / HDPE female tee

Hdpe Thread Fitting

About Us

Hangzhou Changpu Pipe Industry Co., Ltd.

Hangzhou Changpu Pipe Industry Co., Ltd. was established in 2010, which is a professional factory major in the production of polyethylene (PE) Butt fusion fittings, Socket fusion fittings, Electrofusion fittings, PE stop valves, PE /Steel transition fittings, repair clamp ETC. HDPE female tee manufacturers and factory in China. Our products pass the test from National Chemical Building Materials Testing Center,all performance indicators are in compliance with the GB 15558.2 / EN1555 standards. Also they certified by ECM and obtain CE certification. We focus on developing high-quality products for top-end markets. Our oem custom HDPE female tee are in line with international standards, and are mainly exported to Europe, America, Japan and other destinations around the world.We welcome domestic and foreign customers visit our company for guidance, exchanges and cooperation.

Certificate Of Honor

  • Product test report
  • CE
  • Quality management system certificate
  • Certificate
  • Certificate
  • Certificate


Product Knowledge

The HDPE female tee serves several important functions in piping systems, primarily involving branching and redirecting fluid flow while providing a female connection for attaching other fittings, pipes, or components. Here are the key functions of an HDPE female tee:
Branch Connection: One of the primary functions of an HDPE female tee is to create a branch connection in a piping system. It allows a new pipeline or conduit to be connected at a 90-degree angle to the main pipeline, creating a branching path for fluid flow.
Distribution: Female tees are used to distribute fluid from one main pipeline to multiple branches or secondary pipelines. This is particularly useful in systems where the flow needs to be divided for different purposes or areas.
Directional Change: The T-shaped configuration of the female tee facilitates a change in the direction of fluid flow. It allows fluid to be redirected from the main pipeline to the branch or secondary pipelines.
Connection Point: The female connection on the tee's side allows for the attachment of other fittings, pipes, valves, or components. It serves as a point of connection for further extending the piping system or integrating other elements.
Versatility: HDPE female tees are versatile fittings that can accommodate various types of connections, such as threaded or socketed connections. This flexibility makes them compatible with different piping systems and joining methods.
Design Flexibility: Female tees can be positioned at different points along the pipeline to accommodate the layout and design requirements of the system. This adaptability is essential for creating efficient and functional piping networks.
Reduced Installation Points: By providing a branching point directly on the main pipeline, female tees can reduce the need for additional components and installation points, simplifying the overall system.
Uniform Flow Distribution: When properly installed, HDPE female tees ensure a relatively uniform distribution of fluid across the branch and main pipelines, maintaining consistent flow rates and preventing pressure imbalances.
Connection of Accessories: The female connection on the tee can be used to attach accessories such as pressure gauges, flow meters, or other monitoring equipment that require access to the pipeline's flow.
Adaptation and Expansion: HDPE female tees are commonly used when expanding or adapting existing piping systems. They allow new sections of pipe to be added without disrupting the existing flow.
Maintenance Access: The connection provided by the female tee can also serve as a point of access for maintenance activities such as inspection, cleaning, or repairs.
In summary, HDPE female tees play a crucial role in designing efficient and functional piping systems by providing branching points, facilitating directional changes, and offering connection options for further extending the network or integrating additional components. Their versatility and adaptability make them essential components in various industries and applications.