Jiangtao Zhu, Senior Manager of TEM Technology, presented a poster at the Solid-State Battery Summit on August 2nd-3rd. To learn more, please read the abstract and download the PDF below.
Industry service labs (i.e. Eurofins EAG Laboratories) play a critical role in the battery community by providing fast and professional service. With more than 40 years experience in materials testing services, EAG supports over 4,000 clients in 20+ facilities across the world. There are more than 50 different techniques available inside EAG for materials analysis and most of the techniques are suitable for battery materials characterization.
Currently, a new dedicated battery lab is under construction at EAG to help academic and industry clients for their battery development, testing, analysis and materials characterization. The new battery lab is at EAG’s sister lab Eurofins Nanolab Technologies, in Milpitas CA, USA. The total lab area is about 2000 square feet with a dry room. The new services added to the battery lab will include:
Cell level and pack level cycling test
Cell level cycling at different temperature (-40oC up to 100oC)
EIS measurement: 10mHz to 1MHz
Battery teardown inside Ar protected glove box
Coin cell fabrication
Defect, delamination of battery analysis by optical microscopy
Elemental analysis by Laser-induced breakdown spectroscopy (LIBS)
Large cross-section and FIB/SEM tomography by Plasma FIB
Air-free transfer mechanism from glove box to other materials characterization instruments.
Yttrium oxide is essential to advanced materials used in aerospace, energy, and high-temperature applications, where even trace impurities can impact performance and reliability. This blog explores the importance of yttrium purity and how contamination influences material behavior. EAG Laboratories provides advanced analytical insight to help ensure material integrity and support high-reliability applications.
Experience Next Gen Testing: Quantum Diamond Microscopy to Detect Issues Faster, Reduce Waste, and Improve Yield Eurofins EAG is expanding its advanced failure analysis portfolio with the addition of a
EAG scientists can not only detect dyes or colorants at low concentrations, but can identify their true identity based on its mass spectral fingerprint.
Flame Atomic Absorption Spectroscopy (FAAS) continues to play an important role in routine elemental analysis, even as laboratories have widely adopted Inductively Coupled Plasma-based instruments. FAAS might just be the right technique for you.
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