【Live Stream/Zoom】Seminar Held! "Lithium-ion Battery Technology for High Safety and Performance Enhancement - Development Trends from Materials, Manufacturing Processes, and Battery Disassembly -" on Friday, June 12, Hosted by CMC Research Co., Ltd.

📢 From CMC Research Co., Ltd. (https://cmcre.com/), we are pleased to announce a noteworthy live stream seminar (with on-demand viewing available).

🎓 Lecturer: Mr. Takashi Mukai (Representative, ATTACCATO LLC)

📆 Date & Time: Friday, June 12, 2026, 13:30-16:30

🖥️ Zoom live stream + On-demand archive viewing available (with materials)

💬 Theme: "Lithium-ion Battery Technology for High Safety and Performance Enhancement - Development Trends from Materials, Manufacturing Processes, and Battery Disassembly -"

――Learn about battery materials, manufacturing, and safety design in an integrated manner. From positive/negative electrodes, electrolytes, and separators to thermal runaway mechanisms and disassembly investigations of EV batteries, delve into the reality of next-generation battery development.

📌 Participation Fees

・General: 44,000 JPY (tax included)

・Newsletter members: 39,600 JPY (tax included)

・Academic: 26,400 JPY (tax included)

📺 No worries if you can't make it!

You can watch the 【On-demand viewing (limited time)】 after the live stream.

🔗 Details and application here

🧠 There will also be a Q&A session.

We encourage you to participate for application in your research and work!

Knowledge to be gained from the seminar:

・Understanding of market trends for lithium-ion batteries and performance requirements by application

・Grasping the basic operating principles of batteries and key challenges in current technology

・Thermal runaway mechanisms of lithium-ion batteries and a design guideline for their suppression

・Technical essentials of typical manufacturing processes such as kneading, coating, drying, and pressing

・Advantages and disadvantages of mainstream active materials for positive and negative electrodes

・Roles and performance impact of peripheral materials such as binders, conductive additives, and current collectors

・Design philosophy of separators and electrolytes

・Understanding the impact of interactions between each component on battery performance and safety

・Understanding the reality of structural and material selection derived from disassembly investigations of EV batteries

・A bird's-eye view of future directions in technological advancement

Target audience for the seminar:

・Personnel about to engage in the lithium-ion battery field

・Personnel interested in battery materials (positive/negative electrodes, binders, electrolytes, separators, etc.) and manufacturing technology

・Personnel involved in planning and development of battery-related businesses who require technical understanding

・Personnel interested in the results of EV battery disassembly investigations and battery structures

※ The seminar aims to provide systematic explanations from the basics, making it understandable even without specialized knowledge in electrochemistry or batteries.

1) Seminar Theme and Date & Time

Theme: Lithium-ion Battery Technology for High Safety and Performance Enhancement - Development Trends from Materials, Manufacturing Processes, and Battery Disassembly -

Date & Time: Friday, June 12, 2026, 13:30-16:30

Participation Fee: 44,000 JPY (tax included) *Includes materials and on-demand viewing

* Newsletter members: 39,600 JPY (tax included)

* Academic price: 26,400 JPY (tax included)

Lecturer: Mr. Takashi Mukai, Representative, ATTACCATO LLC

Seminar Overview:

This seminar aims to provide a systematic overview of next-generation lithium-ion battery development from the perspectives of material technology, manufacturing technology, battery system technology, and market trends, aiming for both high safety and high performance. First, we will organize the market trends for lithium-ion batteries and the performance requirements for each application. Next, we will explain the operating principles of lithium-ion batteries and current challenges, focusing on thermal runaway mechanisms to present ideas for their causes and suppression methods.

Regarding manufacturing processes, we will review the technical points of representative processes such as kneading, coating, drying, and pressing. For positive and negative electrodes, we will compare the characteristics and challenges of mainstream active materials, and discuss the roles of binders, conductive additives, and current collectors that support them. For separators and electrolytes, we will briefly explain the presence or absence of ceramic coating, development trends of non-woven fabric separators, electrolyte additives, and interactions with each component. Finally, based on disassembly investigations of actual EV batteries recovered through disassembly, we will explain battery structures and component usage, and comprehensively consider the future direction of battery technology.

※This seminar will be a live streaming seminar using the video conferencing tool "Zoom" on the day. Please refer to the tool for recommended environments. A URL for viewing will be sent separately via email at a later date.

★Recording and photography during the seminar are strictly prohibited.

💡 On-demand viewing available (limited time)

・If you apply for this webinar, we will provide "on-demand viewing" using ZOOM as a service.

・On-demand viewing allows you to watch recorded webinar videos for a certain period.

・Those who want to review the webinar, those who find it difficult to attend on the day, can watch the video multiple times within the period.