Unsere am meisten gelesenen Artikel von 2022
Welcome to 2023! We are taking a moment to revisit our most popular blogposts of the last year. From insights to ideas and possibilities in the latest sealing, wear, lightweighting, and connectivity innovations in the aerospace/defense, energy, semiconductor, industrial, life sciences, and chemical processing industries, these are our most-read pieces of 2022. So, sit back, relax, and get ready to dive into some of our most compelling content.
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Why is there an FFKM shortage?
As Perfluoroelastomer (FFKM) O-ring buyers faced shortages and delayed shipments last year, we offered an inside look at supply chain issues and explained what was causing the industry-wide shortage of several ingredients required to produce an FFKM compound.
Four Sealing trends to Watch
As we kicked off the new year, we shared four trends, big and small, that were expected to impact seal users in industries as diverse as aerospace, energy, semiconductors, industrial, life sciences, and chemical processing. Read on to reflect on what 2022 looked like at the beginning of the year.
Five Areas Composites Will Impact
Innovations in composites, spurred by the Aerospace industry, are starting to find traction in other industries and applications. We look at five industry segments that were likely to be impacted or enabled by thermoplastic composite technology
Hydrogen: The Future fuel of Aviation
Wasserstoff gilt als vielversprechender Lösungsansatz für eine umweltfreundlichere Luftfahrt. But Hydrogen fuel creates technological challenges to the whole infrastructure of aviation. There are many unknowns about hydrogen and how it will behave in the demanding aerospace environments.
Wie Greene Tweed Ihnen helfen kann, für Wasserstoff gerüstet zu sein
Hydrogen brings environmental challenges to storing and transporting it, both on the ground and on the aircraft. Greene Tweed is ready with materials and solutions that can withstand the results of hydrogen's complex properties, such as permeation, low lubricity, and low molecular weight.