KAN-therm pipe reducer steel 108 x 76.1 mm model 6206420

KAN-therm pipe reducer steel 108 x 76.1 mm model 6206420 is a mechanical steel fitting designed to join pipelines with a stepped transition from a 108 mm nominal diameter to a 76.1 mm nominal diameter. Constructed from steel for mechanical strength and dimensional stability, the reducer provides a reliable means of connecting pipes of different sizes in plumbing, heating and industrial applications where a rigid, load-bearing joint is required.

Advantages

The steel construction ensures high mechanical resistance to pressure and external loads, while the stepped design allows a compact and precise diameter transition. The fitting offers dimensional accuracy for consistent sealing and alignment during assembly. Its robust material and simple geometry make it suitable for systems that require long-term stability and minimal deformation under operating conditions.

Suitable for

• Plumbing systems requiring a transition between 108 mm and 76.1 mm pipes
• Heating installations including radiators, boilers and manifolds
• Industrial piping where mechanical strength and rigid connections are necessary
• Renovation and retrofit projects that adapt existing pipelines to different diameters

Key specifications

• Material: steel
• Type: stepped pipe reducer (nippler)
• Inlet nominal diameter: 108 mm
• Outlet nominal diameter: 76.1 mm
• Application: mechanical joining of different diameter pipes in fluid and heating systems

How to use

Install the reducer by preparing pipe ends to the correct dimensions and surface condition for a mechanical fitting. Position the larger end on the 108 mm pipe and the smaller end on the 76.1 mm pipe, ensuring correct alignment and full seat of the pipe ends. Complete the joint according to the system’s connection method (welding, threaded connection, compression or other mechanical fastening specified by the installation design). Verify alignment and sealing after assembly and perform any required pressure or leak tests in accordance with applicable installation standards.

Usage recommendations

Before installation, confirm compatibility of the fitting material with the medium, operating temperature and pressure of the system. Follow relevant national and local codes for pressure testing, welding procedures or mechanical assembly. Use appropriate protective measures to prevent corrosion when the steel fitting is exposed to aggressive environments.