Compression sleeve 32 PX (11600041001) 50pcs.

Long-lasting watertightness in just 3 steps:

• Flare the pipe end
• Insert the fitting
• Slide the sleeve

Eliminate deburring and pipe calibration. Professional tools from the RAUTOOL range further simplify installation. Even before the leak test, a simple visual inspection provides certainty that the joint has been made correctly.

RAUTITAN Universal System compression couplings are designed for the installation of potable water and heating systems:

• Compatible with all types of pipes in the RAUTITAN Universal System for potable water and heating
• The coupling's slip-on connection technology ensures a durable seal
• Suitable for installation under plaster
• Robust connection, installable anywhere
• No O-rings required (the pipe material itself acts as a seal)
• Easy visual inspection
• Pressurizable immediately after installation
• No reduction in the pipe's effective cross-section due to end flaring during installation
• No risk of confusion between compression couplings, as they are the same for all types of pipes in the RAUTITAN Universal System for potable water and heating
• Installed RAUTITAN brass compression couplings can be replaced with RAUTITAN PVDF, bronze, or stainless steel couplings in future renovations
• Installation of connections using the RAUTOOL tool, specifically designed for the installation of RAUTITAN systems
• RAUTITAN fittings and compression sleeves are compatible with all RAUTITAN SDR 7.4 pipes

*

• RAUTITAN PX, RAUTITAN LX, RAUTITAN RX, and RAUTITAN SX fittings and compression sleeves may only be used in plumbing and heating installations
• Only RAUTITAN PX sleeves may be used with RAUTITAN PX fittings
• RAUTITAN LX brass threaded fittings must not be mixed with RAUTITAN SX stainless steel threaded fittings
• RAUTITAN connection elements must not be mixed with RAUTHERM S heating pipe connection elements (radiant panel heating/cooling)
• Heating pipe fittings may not be used for potable water supply
• Fittings and compression sleeves must be selected correctly based on the diameter and wall thickness