Securplumb Compression Swept Tee White 40mm SU8774


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Sale price£4.99 GBP

Description

The Securplumb Compression Swept Tee is a versatile and essential plumbing fitting designed to create a smooth, efficient junction in 40mm waste pipe systems. This high-quality connector allows you to join three pipe sections – two in a straight line and one at a sweeping angle – which is ideal for directing waste water flow without disrupting drainage efficiency. Whether you are working on a new installation or upgrading an existing waste system, the swept tee fitting is perfect for kitchens, bathrooms, utility rooms, or commercial spaces. Its carefully curved design reduces flow resistance and minimises the risk of blockages, making it especially suitable for systems that handle high volumes of wastewater. The Securplumb compression swept tee is built for simplicity and reliability. With no need for glue, heat, or specialist tools, this connector uses a traditional compression fitting mechanism to form secure, leak-proof joints. Just insert the pipe ends and tighten the compression nuts by hand or with a spanner to achieve a watertight seal. This makes installation quick and easy, even for DIY users. Made from tough white plastic, the connector offers durability and resistance to everyday wear and tear. It is built to handle frequent use and exposure to water, soaps, and household chemicals. The clean white finish blends well with standard pipework and complements most bathroom and kitchen fittings for a tidy, professional look. One of the key advantages of a compression fitting is that it can be disassembled and reused. If you ever need to reconfigure your pipework or carry out maintenance, you can simply unscrew the fitting, adjust your pipes, and reconnect – no cutting or replacing necessary. The 40mm sizing makes this swept tee compatible with most domestic waste pipework, especially for sinks, baths, showers, and appliance drainage. Its curved (swept) design provides a smoother flow compared to standard tee joints, helping maintain consistent drainage with less turbulence.

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