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  • HDPE Socket Fusion Reducing Coupling
  • HDPE Socket Fusion Reducing Coupling
  • HDPE Socket Fusion Reducing Coupling
  • HDPE Socket Fusion Reducing Coupling
  • HDPE Socket Fusion Reducing Coupling
  • HDPE Socket Fusion Reducing Coupling

HDPE Socket Fusion Reducing Coupling

Product Overview

The HDPE Socket Fusion Reducing Coupling is designed to connect two HDPE pipes with different nominal diameters in a socket fusion piping system. Its reducing configuration provides a compact transition between pipe sizes while maintaining a secure and permanent fused connection.

Manufactured from PE100 polyethylene, the fitting offers good resistance to chemical corrosion and salt exposure, together with the flexibility and impact resistance of HDPE. The socket ends are designed for heat fusion with compatible HDPE pipes to form integrated joints when properly installed.

The HDPE Socket Fusion Reducing Coupling is also commonly described as an HDPE Socket Fusion Reducing Coupler, providing a direct solution for connecting different-diameter HDPE pipes without using a separate straight coupling and reducer.

Description Contact Us
Product Description:

Applications

The HDPE Socket Fusion Reducing Coupling is suitable for:

Water Supply & Distribution — for connecting HDPE water pipes with different nominal diameters.

Building Water & Drainage — for transitioning between different pipe sizes in compatible HDPE piping systems.

Heating Systems — for compatible HDPE heating pipeline layouts requiring a change in pipe diameter.

Agricultural Irrigation — for connecting irrigation lines with different pipe sizes.

Pipeline & Utility Systems — for engineering applications requiring a compact transition between HDPE pipe diameters.

Key Features

Reducing Coupling Configuration — connects two HDPE pipes with different nominal diameters.

Socket Fusion Connection — designed for heat fusion with compatible HDPE pipes.

PE100 Material — provides good chemical and salt resistance together with HDPE flexibility and impact resistance.

Integrated Size Transition — combines the pipe connection and diameter transition in one fitting.

Permanent Fused Joint — forms a secure integrated connection when the appropriate socket fusion procedure is followed.

Compact Design — provides a practical solution for changing pipe diameter within an HDPE pipeline.

OEM / ODM / OBM Support — available for customized product configurations and private-label sourcing.

Product Specifications:
Product Model PN1.0 PN1.25 PN1.6 Material Pipe Fitting Type Connection Method
S25*20 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S32*20 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S32*25 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S40*20 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S40*25 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S40*32 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S50*20 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S50*25 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S50*32 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S50*40 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S63*20 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S63*25 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S63*32 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S63*40 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S63*50 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S75*20 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S75*25 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S75*32 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S75*40 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S75*50 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S75*63 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S90*25 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S90*32 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S90*40 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S90*50 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S90*63 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S90*75 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S110*32 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S110*40 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S110*50 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S110*63 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S110*75 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket
S110*90 ✓ PE100 grade, polyethylene Socket fittings Insert the pipe into the accessory and use hot melt socket

OEM, ODM & OBM Services

We support OEM, ODM, and OBM requirements for distributors, engineering contractors, pipeline suppliers, and brand customers. Product configurations can be supplied according to pipe dimensions, pressure requirements, connection requirements, and project specifications.

FAQ:

What is an HDPE Socket Fusion Reducing Coupling used for?

It is used to connect two HDPE pipes with different nominal diameters and provide a direct transition between pipe sizes.

Is an HDPE Socket Fusion Reducing Coupler the same type of fitting?

Yes. HDPE Socket Fusion Reducing Coupler is an alternative term used to describe this reducing socket fusion fitting.

How is the reducing coupling connected to HDPE pipes?

The pipe ends are inserted into the corresponding fitting sockets and joined using the appropriate socket fusion process to form permanent fused connections.

What is the difference between a reducing coupling and an equal coupler?

A reducing coupling connects pipes with different nominal diameters, while an equal coupler connects pipes of the same nominal diameter.

What material is the reducing coupling made from?

The fitting is manufactured from PE100 polyethylene, offering good chemical and salt resistance together with flexibility and impact resistance.

Can the HDPE Socket Fusion Reducing Coupling be customized?

Yes. We support OEM, ODM, and OBM services for customized product configurations and private-label sourcing.

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