When Space Tech Expo 2026 kicks off in Bremen this November, Panasonic Industry Europe will be on the ground showcasing the exact materials and passive components required to keep next-generation spacecraft operational.
Exhibiting at booth Z34 from November 17 to 19, the company is leaning into a clear theme, “Connected from Earth to Orbit” and bringing hardware designed specifically for the extreme demands of aerospace engineering.
Advanced Board Materials and Thermal Control
The harsh environment of spaceflight leaves zero room for signal degradation or thermal failure. To tackle this, Panasonic is bringing its most advanced electronic materials to the show floor.
Hardware engineers can get a close look at Megtron7, a PCB material engineered specifically to handle high-capacity, high-speed signal transmission. For ultra-thin electronic architectures, the company is highlighting its Felios flexible PCB materials.
Additionally, the booth at Space Tech Expo 2026 will feature Panasonic’s Pyrolytic Graphite Sheet (PGS) technology, a proven thermal management solution built to regulate the massive temperature swings inherent to satellite and spacecraft platforms.
Mission Critical Passive Components
Beyond the board materials, the showcase will dive deep into the passive components that drive deep-space hardware. Panasonic’s aerospace lineup includes solid low-ESR capacitors, high-power precision resistors, and high-current inductors.
These components are not just off-the-shelf parts. They are specifically built to deliver high efficiency and extreme vibration robustness, maintaining stable performance across demanding thermal environments where hardware cannot be easily repaired or replaced.
For system architects and design engineers heading to Bremen, the Panasonic booth offers a direct line to the specialists actively solving today’s most complex spacecraft thermal and architectural challenges.
Supporting Future Space Missions
“As satellite platforms grow more powerful, thermal management, power density, weight reduction, and reliability become increasingly critical. We address these challenges with advanced thermal materials and highly reliable passive components backed by decades of manufacturing expertise.” comments Florian Haag, Head of New Business Development / Research & Marketing Electronic Materials / IC / Semiconductors.
“For space applications, thermal performance, mass efficiency, and heat dissipation are key design priorities,” adds Marcin Kuwalek, Head of Sales North, South, West, Device Distribution Sales. “Our PGS technology delivers exceptional in-plane thermal conductivity at a fraction of the weight of traditional materials such as copper and aluminum.”
Learn more about Panasonic Industry Europe Graphite Sheets and Electronic Materials.
