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High Performance Cold Plates

 

Our innovative cold plates are designed to improve reliability and thermal efficiency in cooling electronic systems.

Our cold plate technology is designed to maximize thermal conductivity and optimize thermal resistance while reducing pressure drop. This is done by enhanced surface area, high fin density and distinctive micro-channel construction.

 

Still using old cold plate technology?

 

Upgrade to MicroCool® stir-welded cold plates with MDT pin fin inside.

  • Better Thermal Performance
  • Lower Pressure Drop
  • Balanced Parallel Cooling
  • Lower Cost
  • Standard & Custom Designs

Micro Deformation Technology

Micro-Deformation Technology (MDT) is a low-cost, non-substractive manufacturing method for creating fin and pin surfaces for use in heat transfer applications.

This patented process mechanically and plastically deforms the work piece to form finite and repeatable micro-channels.

Custom Cold Plates

  • Castings
  • Custom extrusion
  • Copper & Aluminum
  • Electroless Nickel Plating
  • Friction Stir Welded or Vacuum Brazing
  • Light Weight

MicroCool Cold Plate Advantage

  • Robust leak free friction stir weld design
  • Available electroless nickel plating inside and out to protect against corrosion with certain coolants
  • Easily customize your design simply by changing the density of the MDT™ fin or pin fin geometry inside without changing the entire design
  • Fast delivery: Next day shipping available on our 3000 series standard cold plates. Lead time 4-6 weeks to deliver custom cold plates

High Performance Cold Plates

 

 

Our innovative cold plates are designed to improve reliability and thermal efficiency in cooling electronic systems.

Our cold plate technology is designed to maximize thermal conductivity and optimize thermal resistance while reducing pressure drop. This is done by enhanced surface area, high fin density and distinctive micro-channel construction.

 

 

Still using old cold plate technology?

 

 

Upgrade to MicroCool® stir-welded cold plates with MDT pin fin inside.

Better Thermal Performance
Lower Pressure Drop
Balanced Parallel Cooling
Lower Cost
Standard & Custom Designs

Micro Deformation Technology

Micro-Deformation Technology (MDT) is a low-cost, non-substractive manufacturing method for creating fin and pin surfaces for use in heat transfer applications.

This patented process mechanically and plastically deforms the work piece to form finite and repeatable micro-channels.

Custom Cold Plates

Castings
Custom extrusion
Copper & Aluminum
Electroless Nickel Plating
Friction Stir Welded or Vacuum Brazing
Light Weight

MicroCool Cold Plate Advantage

Robust leak free friction stir weld design
Available electroless nickel plating inside and out to protect against corrosion with certain coolants
Easily customize your design simply by changing the density of the MDT™ fin or pin fin geometry inside without changing the entire design
Fast delivery: Next day shipping available on our 3000 series standard cold plates. Lead time 4-6 weeks to deliver custom cold plates

MicroCool Tool® is a new, user-friendly, hands-on simulator for cold plates and cooling elements developed for a diverse range of electronic cooling applications including CPU configurations, racks, servers, GPU graphics chips, high-output LEDs, power modules, IGBTs, power semiconductors, and FETs.

This free online software can help you quickly determine which type of MDT fin or pin geometry will best suit your performance needs.

MicroCool Online Store

We design and manufacture the best performing and most cost effective cold plates available today. All of our cold plates use our patented Micro Deformation Technology (MDT™) inside and typically feature friction stir welded (FSW) construction.

Technical Publications

Case studies and technical articles.

Blog

Follow our blog to learn about our latest technology and product innovations.

News and Events

Latest MicroCool® news and upcoming conferences

Our Markets

MicroCool® manufactures cold plates designed specifically for high power solar, wind, traction inverters as well as other high power electronics.

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