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From EV thermal systems and industrial automation to aerospace and defense electronics, demanding applications place increasing pressure on material performance. Gain practical insight on how thick film technology supports high-reliability applications, and what to consider when evaluating materials and application requirements. October 27 | 10:00 – 11:00 AM EST Secure your spot for the live session.

High-reliability applications leave little room for material uncertainty. Explore how thick film materials are used across heating systems, passive components, and aerospace and defense technologies. This live session will examine material considerations, application challenges, and the tradeoffs that can influence long-term performance. October 27 | 10:00 – 11:00 AM EST Register for the live session.

Electric vehicles now account for over 20% of all new cars. Improved range, service life, charging times, sustainability, and performance are accelerating the power struggle for power modules. Is interest in sintering growing, or have the limits of traditional soldering not yet been reached? Which attachment method best balances performance, reliability and manufacturability? Our technical comparison explores the options and delivers the answers to alleviate your power struggle.

EV inverters are running hotter and under longer duty cycles, creating a power struggle between reliability, performance and cost. For module attachment, is soldering sufficient or does sintering provide the thermal and lifetime margin your application demands? Our whitepaper compares soldering and sintering to help you make the right choice. Alleviate your power struggle.

For EVs to be truly green, the CO2 footprint of production needs to be offset by a long lifetime. But pressure for lower-cost manufacturing and more affordable vehicles is pushing the industry in another direction. The choice is a power struggle. Where do you think EVs are heading? Our whitepaper offers insights into the latest EV market drivers, trends, and material solutions to help you alleviate your power struggle.

It’s inside more electronics than you might think, but most people never hear its name. From automotive systems to industrial and consumer devices, thick film technology plays a quiet but critical role in performance and reliability. If you’re working with electronics components, there’s a good chance you’re already using it.