KAN-therm reducing tee 42×28×42 mm steel - model 6240762

KAN-therm reducing tee 42×28×42 mm steel (model 6240762) is a pipe fitting designed to connect a main 42 mm run with a reduced 28 mm branch. Manufactured from steel, this reducing tee provides a rigid junction for plumbing and heating systems where a reliable, fixed transition from larger to smaller diameter pipe is required. The geometry of the fitting ensures stable mechanical support and predictable flow direction between the three connection points.

Advantages

This steel reducing tee offers high mechanical strength and dimensional stability suitable for pressurized installations. Its construction reduces the risk of deformation under load and supports secure jointing with compatible 42 mm and 28 mm pipe systems. The reducing branch enables space-efficient layout changes and controlled flow division without introducing flexible couplings or additional adapters.

Suitable for

• Plumbing systems requiring a 28 mm branch from a 42 mm supply line
• Heating and radiator installations with mixed-diameter piping
• Permanent, rigid pipe networks in residential or commercial buildings
• Areas where mechanical durability and stable connections are required

Key specifications

• Material: steel
• Connections: three-way tee with reduced middle outlet
• Dimensions: main run diameter 42 mm, branch diameter 28 mm
• Application: pipe junction for plumbing and heating systems

How to use

Prepare the matching 42 mm and 28 mm pipes by cutting squarely and removing burrs. Position the reducing tee so the 42 mm run aligns with the two larger ports and the 28 mm pipe aligns with the reduced branch. Join using the appropriate method for the pipe system in use (mechanical jointing, welding, or other approved connection technique for steel fittings). Verify alignment and support the connected pipes to avoid undue stress on the fitting. After installation, perform pressure and leak tests according to applicable standards and project requirements.

Usage recommendations

Use compatible steel pipes and approved joining methods; ensure the system is supported near the fitting to prevent bending stresses. Follow local codes for pressure testing and corrosion protection where required.