KAN-therm steel 45° threaded elbow 66.7×66.7 mm model 6340312

KAN-therm steel 45° threaded elbow 66.7×66.7 mm model 6340312 is a compact threaded fitting engineered to change direction in steel pipe systems by 45 degrees. It is designed for use in heating, plumbing and industrial installations where threaded steel connections of the specified diameter are required. The elbow provides a reliable mechanical joint that integrates with standard threaded steel pipes and fittings.

Advantages

The threaded 45° elbow offers precise angle control for directional changes while maintaining a tight mechanical connection. Its steel construction ensures durability and resistance to mechanical stress in pressurised systems. The compact form factor simplifies installation in confined spaces and enables straightforward integration into existing threaded pipe networks without welding.

Suitable for

• Heating system pipe runs requiring a 45° directional change
• Plumbing installations using threaded steel pipe connections
• Industrial piping where compact, threaded bends are needed

Key specifications

• Angle: 45°
• Material: steel
• Connection type: threaded
• Connection dimensions: 66.7 × 66.7 mm
• Application areas: heating, plumbing, industrial piping

How to use

Prepare matching threaded steel pipes by cleaning threads and applying appropriate thread sealant or tape as required for the installation and fluid type. Thread the elbow onto the pipe by hand to align, then tighten with suitable tools to the torque recommended for the pipe thread standard in use. Ensure proper alignment of the downstream piping to maintain the intended 45° directional change and verify the assembly for leaks under system pressure after installation.

Usage recommendations

Use compatible thread sealants approved for steel threaded joints and the transported medium. Follow applicable codes and standards for thread engagement length and tightening torque. Inspect the elbow and adjacent connections periodically for signs of corrosion or leakage, particularly in high-temperature or aggressive environments.