RTM (Ring Tension Memory) Technology - Uponor’s Answer to Push-Fit Connectors
RTM Technology – a leak-free mechanical connection that’s the best alternative to plastic push-fit fittings
As an alternative to a Push-Fit fitting, why not try Uponor’s unique RTM (Ring Tension Memory) technology with the ‘tool-inside’ concept for a tool-free press connection.
Enjoy the feeling of security from a fast, simple, professional press connection without the need for expensive tooling.
The RTM fittings’ audible ‘click’ upon making the connection gives complete peace of mind the joint is secure. Additional comfort can be gained by using the 360° visual inspection window to view the pipe and its correct bonding into the fitting.
Enjoy the feeling of security from a fast, simple, professional press connection without the need for expensive tooling.
The RTM fittings’ audible ‘click’ upon making the connection gives complete peace of mind the joint is secure. Additional comfort can be gained by using the 360° visual inspection window to view the pipe and its correct bonding into the fitting.
Application areas
- New build projects, Renovation projects and Service repairs
- Installations in hard to access spaces
- Residential and commercial applications
- Potable and Heating water connections
- No tool dependence
Specification
- 16-25mm MLCP Range
- 10 Bar Pressure Rating
- Wide range of fittings including Tees, Elbows and Thread Connections.
- 360° Visual inspection window
- Visible and audible indicator of a secure connection
- Colour indicators to easily identify the fitting size
- Safe, quick and professional joints thanks to the joint indicator
See how to connect an RTM fitting
Check out our video that shows how easy an RTM fitting can be used
Benefits of the RTM System
RTM Technology Resources
RTM Technology
Find out more information about Uponor’s drinking water systems
More information on Uponor’s Plumbing solutions can be found here.
If you have any queries about the best plumbing solution for your project, get in touch with us today.