Case study

Heat dissipating gel for 5G infrastructure systems

This case study looks at how environmentally-stable, high thermal conductivity, heat-dissipating gel delivers critical cooling for 5G infrastructure systems.

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We, the Henkel & Cie. AG, Salinenstrasse 61, 4133 Pratteln, Switzerland, would like to personalise our digital services, retail activities and online advertising based on an analysis of your interactions with us, our websites and services (as stated under read more), to provide you and the company you are representing, with the most relevant and interesting content.

In particular, we will analyse your use of (1) our Newsletter and other E-Mail Advertisements, (2) our websites, as well as (3) your previous interactions with us, including inquiries and complaints you have issued and purchases you have made for your company, (4) your participation in online and offline events (either hosted by us or a third party), (5) your engagement with our online advertisements on our website as well as third party websites and apps, and (6) the publicly accessible information contained in your professional Social Media Profiles, as well as anonymize any such information in order to enable further analysis of your interactions with us without being able to attribute any such information to you.

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This image showcases a thermal gel on a component.

Challenge

In order to manage the 10x increase in cellular data transfer capability, 5G telecom infrastructure systems including remote radio, antenna and base station units have higher-power, more complex electronic designs than their 4G predecessors.

Results

The material’s thermal conductivity and high gap stability provide efficient heat dissipation and high reliability in demanding outdoor environments.
Thermal conductivity of 6.0 W/m-K enables high heat dissipation needed for 5G systems.
Pre-cured liquid gel can accommodate gaps up to 3.0 mm and stays in place once dispensed even in a vertical orientation.

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Heat dissipating gel for 5G infrastructure systems

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