Galvanised Malleable Iron Coupling Reducing 50mm (2") x 32mm (1 1/4")
Galvanised Malleable Iron Coupling Reducing 50mm (2") x 32mm (1 1/4")

GALVANISED MALLEABLE IRON REDUCING COUPLING 50MM X 32MM FEMALE X FEMALE BSP

Galvanised malleable iron reducing coupling used to connect a 50mm (2") male BSP threaded fitting or pipe end to a 32mm (1 1/4") male BSP threaded fitting or pipe end. Suitable for water, air and general pipework applications.

✓ 50mm x 32mm Female x Female BSP Threads
✓ Reduces Threaded Connections
✓ Hot Dip Galvanised Malleable Iron
✓ Use with Thread Seal Tape

Galvanised Malleable Iron Reducing Coupling Female x Female BSP Specifications

Galvanised Malleable Iron Coupling Reducing 50mm (2") x 32mm (1 1/4")

Galvanised malleable iron 50mm x 32mm reducing couplings are used to connect a 50mm (2") male BSP threaded fitting or pipe end to a 32mm (1 1/4") male BSP threaded fitting or pipe end. They are suitable for water, air and general pipework applications where a straight female-to-female threaded join needs to reduce in size.

Made from hot dip galvanised malleable iron, this reducing coupling provides a 50mm (2") female BSP thread on one end and a 32mm (1 1/4") female BSP thread on the other. Use suitable thread sealant or PTFE tape when installing male BSP threads into the coupling.

Galvanised Malleable Iron Reducing Coupling Female x Female BSP Specifications

✓ Product Type & Size
50mm (2") x 32mm (1 1/4") galvanised malleable iron reducing coupling with Female x Female BSP connections.

✓ Material
Hot dip galvanised malleable iron.

✓ Thread Type
Female x Female BSP threaded connection.

✓ Pressure Rating
Recommended maximum working pressure up to 1379kPa for water. Working pressure may vary depending on the application, medium, installation and relevant regulations.

✓ Standard
Manufactured to EN 10242.

✓ Applications
Suitable for water, air and general pipework applications.

✓ Installation
Use suitable thread sealant or PTFE tape and install with compatible BSP threaded fittings. Installation must suit the application, medium and relevant regulations.

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