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Performance and reliability of high power devices such as IGBT modules are directly related to the thermal performance of the cooling system. 

Hey, do you want your high power IGBT modules keep the performance and reliability? Do you want to move away the heavy weight from your system and release more space? Do you want a real safe cooling system that can go with you more than 10 years without issue? Talk with us and custom your own liquid cooling solutions! 

Our special designed cold plate can be thought of as the mechanical backbone of a power electronic assembly, not only does it need to have very good thermal performance but it also has to be structurally strong, cost effective and it needs to last years in the field without issue. ADV has a wide range of brazing technologiess for manufacturing cold plate, such as Induction welding, Laser beam welding, FSW- Friction Stir Welding, Arc Welding... In addition, we cooperate with professional institutes and can provide you with a variety of tests.


Custom liquid cold plate 

High switching frequencies and voltages cause IGBT to dissipate higher power at the die level. Therefore, the goal of cooling an IGBT with a cold plate is usually to obtain the lowest possible semiconductor temperature and the smallest temperature gradient from one module to another. They can provide efficient heat transfer between the cold plate contact area and the IGBT substrate. With mature technology and rich experience, ADV can design an efficient liquid -cooling plate by special micro-channels, built-in copper tubes and combining simulation with your technical parameters. And all of these options are base on your own thermal situations and requirements.

  • 100% matching with your system and thermal requirement 

  • More than 30% improvement in thermal performance compared to standard available cold plates 

  • Compatible with industry accepted coolants 

  • Optional input and output fittings

  • Low pressure drop 

  • Lightweight  

  • Simulate uniform cold plate surface temperature when IGBTs 
    are installed 

  • Maximum pressure: 80 psi 

  • Applications: Automotive Industry, Uninterruptible Power 
    Supplies, Wind Turbines, Photovoltaic Inverters, Power 
    Electronics, Induction Heaters, Motor Devices, Utility Vehicles, Anywhere power devices are used.


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Leakage Test



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Precision Machining 


Performance Test

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Pressure Test

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Size detection

Better transfer performance, more
space freedom.

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