Liquid Cold Plates

RB series

Best thermal performance for applications with Rth: 5 – 8  °C/kW.

Aluminum can be joined with Friction Stir Welding or Vacuum brazing. Designed to meet the ighest thermal requirements with density > 20 W/cm².

Complex geometry of each PIN  creates turbulence with low flow rate values, resulting in a very high thermal performances vs. pressure drop.

Suitable for high end applications, like power converters for wind mills, traction converters and many more.

RB cold plates can be assembled using Friction Stir Welding using EN-AW6000-series aluminum alloy and die casting alloys or Vacuum Brazing using EN-AW6000-series and EN-AW3003 as core material and EN-AW4004 or ENAW4104 as cladding material.

FF series

Best thermal performances vs. cost effectiveness, all aluminum construction available using Vacuum brazing process. Rth = 10-20 °C/kW

FF cold plates use some of the most mature technologies available today that are folded fins and vacuum brazing, well known from many industries like power train application. The fins are manufactured using a stamping process, making them cost effective and suitable for high volume production. The fins generates turbulence inside the water channel, increasing the heat transfer thanks to improved convection. The vacuum brazing process is used to join together the fins to the baseplate in order to increase the strength and to improve also the conduction effect.

FF cold plates are using vacuum brazing process using EN-AW6000-series and EN-AW3003 as core material and EN-AW4004 or ENAW4104 as cladding material.

MC series

The most cost effective cold plate solution for applications with  Rth: 25/30 °C/kW,

All aluminum construction available with Friction Stir Welding process (FSW) or Vacuum brazing process (VB). MC cold plates use milled channels positioned below the heat load to remove the heat. MC cold plates are used in industrial and medical applications where it’s necessary to move from air to liquid cooling and the design needs the maximum flexibility. Thanks to the strength and speed of the FSW process, these cold plates are today the most cost effective solution to cool components with a good compromise in thermal performaces vs pressure drop ratio.

MC cold plates can be assembled using Friction Stir Welding using EN-AW6000-series aluminum alloy and die casting alloys or Vacuum Brazing using EN-AW6000-series and EN-AW3003 as core material and EN-AW4004 or ENAW4104 as cladding material.