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HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal
HDPE socket fusion tee equal

HDPE socket fusion tee equal

HDPE equal tee socket fusion produced by injection mould and ALL side with equal size. Raw material PE100 grade high density polyethylene(HDPE) follow SOCKET fusion welding method to connect HDPE pipe.
HDPE equal tee socket fusion from CHANGPU company can fully comply with EN12201 and ISO 4427 standard.
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  • Parameter
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  • Name HDPE equal tee socket fusion
    Size 20-110MM
    Pressure SDR11(PN16)
    Material PE100
    Package PP BAG
    Color BLACK
    Technics Mould injection
    Loading port Ningbo or Shanghai port
    Place of origin  Hangzhou
    SIZE
    20MM 25MM 32MM 40MM 50MM 63MM 75MM 90MM 110MM

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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 socket fusion tee equal 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 socket fusion tee equal 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.

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Product Knowledge

The temperature resistance of an HDPE socket fusion tee equal  can vary depending on factors such as the specific type of HDPE material and the application's conditions. HDPE is known for its good temperature resistance, but there are limits to the temperatures it can handle without experiencing changes in its properties. Here are some general guidelines:
Standard HDPE Temperature Range: Standard HDPE materials are typically rated for continuous service temperatures ranging from -50°C (-58°F) to 80°C (176°F).
High-Temperature HDPE: Some manufacturers produce high-temperature HDPE materials that can withstand higher temperatures. These materials might have continuous service temperatures ranging from 100°C (212°F) to 120°C (248°F) or even higher.
Short-Term Temperature Excursions: HDPE can handle short-term temperature excursions above its continuous service temperature, but prolonged exposure to temperatures outside the specified range can result in dimensional changes, reduced mechanical properties, and increased susceptibility to chemical attack.
Derating Factors: As temperatures increase, the pressure rating of HDPE fittings and pipes may need to be derated. Manufacturers often provide derating factors that help you determine the reduced pressure rating at elevated temperatures.
Application Considerations: Consider the temperatures that your piping system will be exposed to during normal operation, as well as any temperature spikes or fluctuations that might occur. For applications involving hot fluids, steam, or other high-temperature substances, selecting HDPE materials with appropriate temperature resistance is crucial.
UV Exposure: If the HDPE equal tee will be installed outdoors and exposed to direct sunlight, UV radiation can impact the material's properties over time. UV-resistant formulations or protective measures can help mitigate this effect.
Thermal Expansion: HDPE has a relatively low coefficient of thermal expansion, which means it experiences minimal expansion and contraction with temperature changes. This can be advantageous in certain applications.
Cooling Considerations: While HDPE can handle elevated temperatures, ensure that proper cooling methods are in place to prevent premature solidification during socket fusion processes.