KAN-therm reducing tee 42×35×42 mm steel 6240773

Steel reducing tee KAN-therm 42×35×42 mm is a compact T-shaped branch fitting designed for steel piping systems where a change of diameter is required. The fitting provides a reduction from 42 mm to 35 mm at the branch while maintaining two 42 mm run connections. It is intended for mechanical connection methods common in heating, water distribution and industrial pipelines and is manufactured to meet requirements for durability and consistent flow transition.

Advantages

The KAN-therm reducing tee offers a robust steel construction that ensures mechanical strength and resistance to typical operational stresses in piping systems. Its compact geometry reduces space requirements at branching points and supports reliable flow distribution between different diameters. The fitting is suitable for mechanical joining techniques used in steel pipe networks, simplifying installation and minimizing the need for additional adaptors.

Suitable for

• Hot and cold water distribution systems in buildings
• Central heating and radiator supply lines
• Industrial pipelines requiring a diameter reduction at a branch
• Mechanical connection installations in steel pipe networks

Key specifications

• Material: Steel
• Shape: Reducing tee (T-fitting)
• Connection arrangement: Two run ports of the same diameter with one reduced branch
• Run diameters: 42 mm
• Branch diameter: 35 mm
• Application: Fluid distribution in piping systems (heating, water, industrial)
• Design: Compact branch fitting for mechanical connection methods

How to use

Install the reducing tee by preparing the steel pipes to the required lengths, ensuring clean, burr-free ends and correct alignment for the 42 mm runs and the 35 mm branch. Use the specified mechanical connection method compatible with the surrounding steel piping system, following manufacturer torque and sealing guidelines where applicable. Verify alignment and support the pipes to avoid stress on the fitting, then pressure-test the assembled section according to local standards before commissioning.

Usage recommendations

Ensure the chosen mechanical connection technique is appropriate for the operating pressure and temperature of the system. Protect the steel surfaces from corrosion with compatible coatings or insulation if the installation environment or fluid characteristics require it. Follow routine inspection and maintenance schedules to detect leaks or mechanical stress early.