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More progressive technologies in the manufacturing sector are accelerating Industry 4.0, AI, and robotics, and increasing the use of electronics and sensors. That elevates the role of advanced materials to help improve efficiencies, performance, and reliability in assembly, manufacture, and end-use.
CAGR 2022-2026
...
Expected growth rate of Industry 4.0.
of electronic failures
...
Are due to high temperatures.
by 2030
...
Forecasted market size of industrial sensor market.
Smart factories improve efficiencies, reduce costs, and optimize labor and sustainability. But, intelligent factories depend on energy management and uninterrupted power from high-performing, reliable electronics. Advanced materials at the component level help enhance reliability and increase performance. Learn how here.
As Industry 4.0 moves mainstream, new configurations, footprints, and electronics are required. In turn, this makes the need for high reliability and improved efficiencies paramount. Bonding, thermal management, and protection solutions can streamline assembly processes, ushering in the next generation of manufacturing excellence and delivering superior end-use performance.
Manufacturing reliability requires rugged componentry—resistant to environmental factors like dust and moisture, and operational factors like heat, vibration, and pressure. Component thermal management and strong structural integrity ensure robust operation. Henkel advanced materials offer protection, thermal management, and bonding solutions.
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