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Worried that new energy vehicles won't run far? Particle characterization and XRF technology breakthrough electrode efficiency bottleneck | Global live broadcast
Date: 2025-10-21Read: 5
With the rapid development of the new energy industry, electrode materials, as the core components of lithium batteries, haveparticle characteristicsandelemental compositionDirectly determining the batteryCoating uniformity、electrical conductivityandenergy densityHowever, how to manufacture electrodes during the manufacturing processAccurately control the particle characteristics and elemental composition of materialsStill a key challenge facing the industry.
New energy electric vehicles are becoming increasingly popular (Image from Pixabay)
HORIBA Particle Characterization and Micro Area X-ray Fluorescence (XRF) Integrated SolutionNot only can it achieve high-precision analysis of particle size distribution and dispersion state at the nanometer to micrometer level, but it can also analyze the composition, proportion, and spatial distribution of electrode elements at the microscopic scale, providing data support for performance fluctuation tracing. It is worth mentioning that this plan covers“Material analysis - Battery performance evaluation - Automotive application testing”The entire chain can provide assurance and optimization solutions for the consistency of electrode production quality, achievingBattery performance improvement.
This live broadcast is hosted byMr. Tetsuya Mori, Deputy Manager of HORIBA DepartmentPersonally explain. He will pass throughTechnical principle analysis、Multidimensional analysis methodIntroduction to LawandAnalysis of actual casesHelp professionals in related fields unlockElectrode efficiency improvementNew path. Scan the QR code below to register and lock the spot immediately!
Course Information
Course Name
Reshaping Electrode Efficiency: Application of Particle Characterization and Elemental Analysis in Electrode Efficiency
Lecture time
This lecture has two time slots to choose from:
October 22nd (Wednesday) 16:00-17:00 or 21:00-22:00 (Beijing time)
*There will be a Q&A session after the meeting, with an estimated duration of 1 hour
Recommended participants
•Research and development personnel dedicated to optimizing electrode formulations and improving battery performance
•Materials scientists and engineers engaged in the design of carbon materials, positive electrode powders, or advanced electrodes
•Quality control and production experts need to ensure coating uniformity, process reproducibility, and manufacturing quality stability
•Automotive and energy storage professionals interested in battery materials and performance evaluation analysis solutions
•Experts and scholars studying particle characterization, element distribution, and their role in next-generation energy technologies
speaker
Tetsuya Mori
HORIBA Department Deputy Manager
You will understand
•How do particle size and morphology affect electrode coating, conductivity, and energy density
•The role of particle characterization techniques (laser diffraction, centrifugal settling) in ensuring accurate particle size distribution and dispersion analysis
•How to achieve element proportion and distribution analysis in electrodes at the microscale using micro X-ray fluorescence spectroscopy technology
•Strategies for ensuring manufacturing quality consistency and repeatability in electrode production processes
•How HORIBA's multidimensional analysis method supports material analysis, battery evaluation, and automotive application fields
Registration Method
Scan belowQR code, that's itregistrationParticipate!
