Wall Flange Kit 20mm MDPE + Lever Valve + 25mm Barbed Geka Set

Compact MDPE wall termination kit for water supply and irrigation work. Designed for tradespeople fitting MDPE pipe, it delivers a ready wall connection with a convenient shut‑off.

Kit contents

• MDPE Wall Flange 20mm – 1/2" BSP female thread (MDPEWF20-12BSPF)
• Geka Type Fitting 25mm Barb (GK25MM)
• Lever Valve 1/2" BSPM–F, brass nickel plated
• Geka Type Fitting 1/2" BSP (GK12BSPM)

MDPE fittings are chosen for water supply, irrigation and lightweight industrial piping because they combine durability with flexibility and chemical resistance. This kit uses threaded compression connections that help achieve a tight, leak‑free seal without specialised tools. MDPE PN10 fittings are designed to withstand up to 10 bar maximum pressure, making them suitable for typical domestic pressures and garden installations. The wall flange terminations provide a solid point to secure pipes at walls or surfaces, helping to reduce strain on joints.

The brass nickel plated lever valve provides on/off control in a compact, corrosion‑resistant package. With a 1/2" BSP connection, it integrates with the included 1/2" BSP male/female components to create a simple shut‑off point in the line. The lever operation is designed for smooth, repeatable control, which is useful for isolating sections during maintenance or repair work.

Geka type fittings, sometimes called claw couplings, are renowned for quick, secure connections. The 25mm barb fitting accepts MDPE or compatible hose sizes, while the 1/2" BSP Geka fitting provides a standard thread for versatile integration. The universal claw design helps ensure reliable sealing and straightforward alignment, even in outdoor or site conditions.

Ideal applications include external wall taps, irrigation manifolds, and domestic or light industrial runs where a reliable MDPE wall terminate plus a readily accessible shut‑off is beneficial. The kit offers a practical, cost‑effective solution to create robust connections with common pipe sizes, reducing modification time on site and improving system reliability.