Reducing Tee Connector

Reducing Tee Connector

Code Number – 90235


  • Eliminates the need for a conventional swan neck fitting
  • Blocks condensate from reaching equipment
  • Automatically reduces pipe size from ring main to drop leg
  • Can be used vertically or horizontally (360° rotation)
  • Can replace the need for a coupler
  • No laminar turbulence ensures consistent air flow

Product Description

The Zero Condensate Reducing Tee is an innovative solution that completely removes the need for a conventional swan neck and drain valves, providing a quick and easy solution to the problem of condensate. This efficient internal system allows the fluid to be removed without any damaging condensation reaching your equipment.

Condensation stays within the ring main and can be drained off at the most convenient point.

The zero condensate tee provides the advantage of automatically reducing the size of the ring main to a smaller drop leg diameter, making the need for extra fittings obsolete. Its internal geometric shape means that it can be used vertically or horizontally, and the internal barrel can be rotated 360° for off shoot lines. Additionally, in many cases, the reducing tee will replace a coupler when placed appropriately.

Designed specifically for compressed air distribution, the Infinity zero condensate tee causes no laminar turbulence, ensuring consistent flow and pressure throughout the system.

90235 25-20Reducing Tee Connector 25 X 20mm
90235 32-20Reducing Tee Connector 32 X 20mm
90235 32-25Reducing Tee Connector 32 X 25mm
90235 40-20Reducing Tee Connector 40 X 20mm
90235 40-25Reducing Tee Connector 40 X 25mm
90235 50-20Reducing Tee Connector 50 X 20mm
90235 50-25Reducing Tee Connector 50 X 25mm
90235 50-32Reducing Tee Connector 50 X 32mm
90235 63-20Reducing Tee Connector 63 X 20mm
90235 63-25Reducing Tee Connector 63 X 25mm
90235 63-32Reducing Tee Connector 63 X 32mm
Contact Form


Your browser does not support JavaScript!. Please enable javascript in your browser in order to get form work properly.