Electric Motors Keep the World Spinning
Adhesives Make Them More Reliable and Efficient

They’re a powerful force for modern-day life. Electric motors are everywhere – in home appliances, standard office equipment, and high-tech smart factories. As the electric motor market grows – and its expansion projections are impressive – new designs that drive efficiency and reliability are required. Discover how innovations in bonding solutions are helping fuel progress in this important market space.

Listen to the podcast and/or read the article to learn about what’s enabling the efficiency, ruggedness, design flexibility, and sustainability of next-generation electric motors.

Industry 4.0 (I4.0) has been a significant megatrend in the manufacturing world for over a decade. It has revolutionized modern-day manufacturing, bringing unprecedented efficiency and benefits such as reduced operational costs, improved output, sustainable production, data-driven quality control, and high-efficiency manufacturing. However, challenges such as data security concerns, lack of an IT-adept workforce, and inefficient integration of new systems remain hurdles to easy and widespread adoption. The pandemic has demonstrated the advantages of advanced automation, and investments in I4.0 have paid dividends. This article explores how materials can optimize the performance and reliability of electronics and complex mechanical systems, prolonging robust system performance to derive maximum benefit from I4.0.

Listen to the podcast and/or read the article to learn more.

What is innovation? In today’s competitive landscape, innovation must move beyond just being new to being something consequentially transformative.

Silicone-based chemistry formulations are used throughout electronic applications, and for good reason.

In this segment of On the Road with Henkel, we take a closer look at how adhesives will enable these vehicle interiors of the future.

Learn about Henkel's innovative dispensing equipment, the digital coater, which allows the application of LOCA with full design flexibiliy on various types of display geometries.