Case study

Henkel optimises thermal performance for an industrial autonomous guided vehicle

Learn how the manufacturer of an autonomous guided vehicle dissipated heat for optimised function with Henkel thermal management materials.

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We, Henkel Finland Oy, Örevägen 12, 01510 Vanda, Finland 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 email advertisements, (2) our websites, as well as (3) your previous interactions with us, including enquiries and complaints you have made 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; we will also anonymise 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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I want to receive the personalised newsletter and other email advertisements from you, based on the analysis of my personal data as described above, providing me with personalised and up-to-date information on all products and proposals in the field of adhesives relevant to me and/or my company.

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I want advertisements for your products and events regarding adhesives shown to me on Facebook and LinkedIn to be personalised based on the analysis of my personal data as described above. My email address and/or my user ID will be transferred to Meta Platforms Ireland Limited, 4 Grand Canal Square, Grand Canal Harbour, Dublin 2, Ireland and LinkedIn Ireland Unlimited Company, Wilton Place, Dublin 2, Ireland for this purpose.

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I want my experience of product offers, digital content and services of Henkel Finland Oy and online communication regarding its products and events, also on third party websites and apps, to be personalised based on the analysis of my personal data as described above. My email address and/or my user ID will be transferred to marketing and advertising partners for this purpose.

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An example of Thermal GAP PAD<sup>®</sup>

Customer challenge

A new electronic control unit (ECU) design incorporates a large processor IC that requires excellent heat dissipation for optimised function. The system is sensitive and outgassing minimisation is necessary to avoid interference with other components.

Key results

Exceptional high compliance and softness for very low assembly stress
Thorough gap filling for optimised thermal transfer with a thermal conductivity of 3.0 W/m-K
Easy handling for production efficiency
Low outgassing formulation reduces concerns of contamination exposure
Sensitive components protected from residue interference

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Henkel optimises thermal performance for an industrial autonomous guided vehicle

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Customer challenge

Key results

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Henkel optimises thermal performance for an industrial autonomous guided vehicle

Get access now

Customer challenge

Key results

Related content

Improving power module reliability with LOCTITE® phase change material

Learn how a new drive system design removed operational heat with thermal management materials.

BERGQUIST® LIQUI-BOND® delivers efficient solution for data centre power supply

Learn how the manufacturer of an AC/DC power supply leveraged a robust thermal management solution for its compact design.

Automation-friendly liquid gap filler delivers on thermal control

Learn how a power converter manufacturer used thermal management materials to create a more efficient product.

How does fracture toughness work with thermally conductive adhesives?

Learn how thermally conductive adhesives can provide advantages over traditional mechanical fastening.

How can thermal interface materials help with packaging power electronics?

Learn about the variety of formats and performance attributes of thermal interface materials for packaging power electronics.

How can thermally conductive liquid materials help for electronics packaging

Learn about the performance, manufacturing, and reliability issues related to thermally conductive liquids. Significant differences with respect to solid pad like materials and unfilled liquids will be explored.

Looking for solutions? We can help

Company

Help

Resource centre

Social media

Improving power module reliability with LOCTITE^® phase change material

BERGQUIST^® LIQUI-BOND^® delivers efficient solution for data centre power supply