The Compression 15mm x 1/2" Bent Tap Connector is a reliable plumbing component for installations where soldering isn't ideal. It features a durable brass body with a pre-loaded olive in the compression nut for easy installation. This connector is suitable for both hot and cold water systems.
The Compression 15mm x 1/2" Elbow Female Iron is an ideal plumbing component for applications where soldering is not suitable. This 90-degree elbow is suitable for both hot and cold water systems and comes with a pre-loaded olive in the compression nut for easy installation. It provides a reliable and leak-free connection.
The Compression 15mm x 1/2" Elbow Male Iron is a versatile plumbing component for situations where soldering is not recommended. This 90-degree elbow is suitable for hot and cold water systems and features a pre-loaded olive in the nut end for easy installation. Enjoy the benefits of compression fittings and achieve a secure connection without the need for soldering.
The Compression 15mm x 1/2" Straight Connector Female Iron is a versatile plumbing fitting suitable for situations where soldering is not recommended. It comes with a pre-loaded olive in the nut end, which makes installation a breeze. This connector is suitable for use in hot and cold water systems and is designed to provide a secure and leak-free connection.
The Compression 15mm x 1/2" Straight Tap Connector is ideal for hot and cold water systems where soldering is not an option. This connector is supplied with a pre-loaded olive in the compression nut for ease of installation. Compression fittings are a great alternative to soldering for plumbing applications that require a strong, secure joint.
The Compression 15mm x 1/2" Wall Plate Elbow Female Iron is a 90-degree elbow fitting designed for hot and cold water systems. It features a female 1/2" thread and comes with a pre-loaded olive in the compression nut for quick and easy installation. Compression fittings are a great alternative to soldering in conditions where soldering is not suitable.