KAN-therm elbow 45° 35x35 mm steel (model 6240531)

KAN-therm elbow 45° 35x35 mm in steel is a compact pipe fitting designed to redirect fluid flow by 45 degrees in heating, plumbing and industrial piping systems. Manufactured from steel for mechanical strength and durability, the fitting connects to pipes with a 35 mm outer diameter on both ends and provides a stable metal junction where a slight change of direction is required.

Advantages

The steel construction offers high mechanical resistance to pressure and impact compared with plastic alternatives, while the 45° angle reduces flow turbulence relative to sharper bends. Its symmetrical 35x35 mm ends enable straightforward installation in layouts that require identical connection sizes, and the compact form factor makes it suitable for installations in confined spaces. The metal surface also provides long-term dimensional stability under typical operating temperatures for heating and plumbing systems.

Suitable for

• Residential and commercial heating pipe runs
• Domestic and industrial plumbing installations
• Piping systems requiring compact directional changes in tight spaces
• Metal piping assemblies where robust fittings are needed

Key specifications

• Material: steel
• Angle: 45°
• Connection size: 35 mm × 35 mm (both ends)
• Application: heating, plumbing, industrial piping
• Design: compact elbow for directional change

How to use

Prepare pipe ends according to the chosen joining method and ensure mating surfaces are clean and free from debris. Align the 35x35 mm ends of the elbow with the corresponding pipe sections and secure according to system requirements (welding, threaded connection, mechanical coupling or other compatible joining method). Verify correct alignment to maintain flow direction and support adjacent pipework to avoid undue stress on the fitting. After installation, perform pressure testing and leak inspection as required by applicable codes and project specifications.

Usage recommendations

Use the steel 45° elbow where mechanical strength and dimensional stability are priorities. Select compatible joining techniques and corrosion protection appropriate for the working fluid and environment, and follow local installation standards for pressure testing and mounting supports.