KAN-therm steel reducing tee 42x22x42 mm model 6240751

The KAN-therm steel reducing tee 42x22x42 mm model 6240751 is a metal pipe fitting designed to join three pipeline sections where the branch connects at a smaller diameter. Made of steel, the fitting provides a robust junction for plumbing and heating installations requiring a reduction from 42 mm to 22 mm on the branch connection. The component is intended for permanent installation in water distribution, central heating circuits and industrial piping systems where material strength and dimensional stability are required.

Advantages

The steel construction ensures high mechanical strength, resistance to deformation under pressure and long service life in closed piping systems. Its dimensional configuration—two 42 mm runs with a reduced 22 mm branch—simplifies reduction transitions without additional adapters. The design supports secure connections with compatible joining methods used in metal piping systems and helps maintain flow characteristics across the junction.

Suitable for

• Domestic and commercial water distribution networks
• Central heating circuits and radiators
• Industrial fluid transport where a reduced branch is needed
• Repair and retrofit projects requiring a 42 mm to 22 mm reduction

Key specifications

• Material: steel
• Main run diameter: 42 mm
• Branch diameter: 22 mm
• Configuration: reducing tee (two equal runs and one reduced branch)
• Typical applications: water and heating pipelines, industrial piping

How to use

Select the KAN-therm reducing tee that matches pipe diameters and system requirements. Prepare pipe ends according to the chosen joining method (welding, brazing, flaring or compatible mechanical connection) and ensure cleanliness and proper alignment before joining. Install the tee so that the branch orientation corresponds to the required service line. After assembly, perform pressure and leak tests in accordance with applicable standards and local regulations prior to commissioning the system.

Usage recommendations

Use corrosion-protection measures and suitable jointing procedures for the application environment. Verify compatibility of the steel fitting with the system medium, operating temperature and pressure. Follow relevant installation standards and perform routine inspections to ensure long-term performance.