15mm x 3/4" Male Compression Parallel Elbow

The range of compression fittings described here covers high-quality connectors for heating, water, and gas piping in homes and light commercial settings. These fittings prioritise durability, reliable performance, and easy, heat-free installation thanks to robust compression ends. Available in a variety of sizes, they include options from compact 8mm x 1/4" up to 28mm x 1" for copper, plastic, and similar piping. The fittings are manufactured to recognised British and European standards, with some variants crafted in Britain to EN 1254 and bearing WRAS approval for use with drinking water. The collection includes both iron and brass options, designed to provide a secure, long-lasting connection while enabling straightforward installations.

Primaplus compression fittings are premium brass, made in Britain to EN 1254, fully WRAS approved, and kite marked for compliance with high British standards. JTM offerings include high-performance iron connectors with compression ends that support quick, straightforward installations, while also emphasising reliability and flexibility. Some JTM products specify sizing information and compatibility notes related to BSP threads and installation with plastic or copper piping, including guidance on olive seals and avoidance of PTFE in certain cases.

1. Use 3/4 inch BSP male thread to join a 15mm copper or plastic pipe in a 90-degree elbow.
2. Pipe inserts are required when connecting plastic pipe.
3. Seal is formed with the olive, not the thread; PTFE is not recommended as it can reduce compression.

Features

• High-performance compression fittings
• Suitable for heating, water, and gas
• Sizes from 8mm x 1/4" to 28mm x 1"
• EN 1254 standard, WRAS approved
• Kite marked for British standards
• Brass and iron variants available

Usage

1. Use 3/4 inch BSP male thread to join a 15mm copper or plastic pipe in a 90-degree elbow.
2. Pipe inserts are required when connecting plastic pipe.
3. Seal is formed with the olive, not the thread; PTFE is not recommended.