Customer Challenge

• Modern-day motor drives are integrating more complex power devices to manage growing energy efficiency requirements.  The customer’s next-generation motor controller required a thermal interface material (TIM) to manage new performance challenges and higher power densities. 
• As the IC power module is subjected to motor vibration, reliability and stability of the thermal interface material – with no material migration -- is critical to enable operational integrity.
• Any thermal material selected had to meet challenging metrics: Electrical isolation with high dielectric strength (>5000 Volts) and low thermal resistance are necessary to meet in-application conditions.

Paint and coatings expert Ulrich Dawidowski explains how more efficient and sustainable treatment processes for steel parts make customers smile.

Customer Challenges

• A new Programmable Logic Controller (PLC) design required a robust thermal management solution with no outgassing risk.
• As the system can be used in a variety of machines and production environments, the thermal materials must be conducive to many conditions.
• The customer requested the use of a silicone-free thermal solution to avoid silicone contamination, but wanted to maintain the stress control and heat benefits generally consistent with silicone-based thermal interface materials (TIMs).

Located in Brumunddal on the forested shores of Norway’s largest lake, the 18-storey Mjøstårnet is the world’s tallest timber building, measuring 85.4 meters in height.

A rail customer had quality, efficiency and health & safety issues with a competitor product. Read more about how Henkel helped to solve this.

The customer’s electric motors for industrial applications were experiencing premature failures, resulting in warranty claims.

Customer Challenge
The customer’s new AC/DC power supply for Cloud and Hyperscale Data Centers required a robust thermal management solution for its compact design. 

Customer Challenges
Increased production demand for the customer’s low-voltage power distribution enclosure systems dictated a faster, more efficient gasketing approach.