Products tagged with 'push-fit soil pipe'

The Polypipe SK40 Kwickfit Straight 4in/110mm is a durable polypropylene WC pan connector with a push-fit EPDM seal for quick, secure installation. Perfect for both professional and DIY plumbing projects, it ensures reliable connections to soil pipes without specialist tools.

The Polypipe SNK12 is a 110mm Kwickfit swan neck with a 90° bend, designed from robust polypropylene for strength and reliability. Its compact, set-back design makes it ideal for installations in tight or confined spaces, offering an efficient solution for changing direction in soil and vent systems. The push-fit connection ensures quick, secure, and leak-free assembly, perfect for both new builds and maintenance work. Fully compatible with Polypipe’s 110mm soil system, this fitting meets BS EN 1329-1 and BS 4514 standards for quality and performance.

The Polypipe SB403W Offset Bend is a high-quality 110mm soil pipe fitting, designed to redirect waste flow at a 135° angle. Featuring a ring seal socket and solvent socket connection, it ensures a secure and watertight joint, suitable for both residential and commercial drainage systems. Manufactured from durable PVCu, this bend complies with BS4514 and EN1329 standards, guaranteeing long-lasting performance and reliability.

The Polypipe SU420W is a 110mm double branch fitting with a 92½° angle, designed exclusively for vertical installation in soil and vent systems. Constructed from robust PVCu, it provides reliable and leak-free connections for multiple waste outlets. Ideal for domestic plumbing, this fitting ensures efficient flow and compliance with BS EN 1329-1 and BS 4514 standards. Suitable for push-fit or solvent weld connections, it guarantees secure, long-lasting performance in vertical soil pipe applications.

The Wavin OsmaSoil 4S124B 110mm Single Socket Black is a straight soil pipe connector designed for secure joining of 110mm PVC-U pipework. Ideal for vertical and horizontal soil stacks, it ensures watertight performance and long-lasting durability in above-ground drainage systems.