Aluminum Flat Tube Cold Plates

Our CP20 aluminum flat tube cold plates are compact cold plates that offer extremely low thermal resistance. They contain internal fin to increase performance and offer excellent thermal uniformity as coolant flows below the entire surface. They are ideal for cooling small, high watt-density components such as thermoelectric modules.

CP20 Cold Plate Features

  • The cold plates’ extremely low thermal resistance is achieved by thin mounting surfaces and internal fin, which create a large surface.
  • The CP20 cold plate is only 0.13” (3.3 mm) thick and 0.1 lbs (0.05 kg) making it ideal for applications where space is limited. 
  • The cold plate’s large internal surface area combined with its low pressure drop makes it ideal for use with viscous and poor heat transfer fluids such as EGW, oils, Fluorinert®, and Polyalphaolefin (PAO).

Please review cold plate performance comparison information.

Select the "Shop" link to order products directly from our online store. Select the "Product Selector" link for assistance in choosing a product. Not all product is available on the store.

Model CP20G01

Model CP20G03

Product Selector

Use the Lytron selector tool to easily determine the best cooling component or system for your application.

Request Quote

If you need a custom designed unit for large OEM quantities please request a quote or call +1-781-933-7300

Shop Online

Know your Lytron product name or part number?

Visit Lytron Direct

Lytron Inc,

55 Dragon Court,

Woburn, MA

Lytron specializes in custom liquid cooling solutions. We design and manufacture cold plates, chassis, chillers, cooling systems, and heat exchangers for some of the most demanding thermal management applications. Learn More.

We use cookies to measure traffic and help improve our website and online portal. You can learn more about our use of cookies and how to change your browser settings in order to avoid cookies by viewing our Privacy Policy. By continuing to use this site without changing your settings, you agree to our use of cookies. You can change your settings at any time.