At the conference hosted by THELEC, we are planning to present the following contents.

– Event Name: Conference on Magical New Materials Accelerating Battery Innovation
– HOST : THELEC(www.thelec.net)
– Date: May 31, 2022 (Tuesday) 10:30~17:30
– Venue: The THELEC 5F Conference Room(5th floor, Asung Building, 515 Nonhyeon-ro, Gangnam-gu, Seoul)


16:30~17:00
Dispersion technology for the production of CNT conductive materials for improving the performance of cathode and anode materials.

☞☞Link

Published in the monthly magazine of the Korea Battery Industry Association in April 2022 (PhD. Taek-Gyoung Kim)

Future all-solid battery, carbon nano material dispersion technology

(Some contents of the monthly magazine)
Because of the solidified particles that make up the all-solid-state battery, the interface between the particles is required to improve performance. Stability is very important. This is the biggest challenge in the process of putting an all-solid-state battery into practical use and must be solved.

Among them, low interfacial stability between the solid electrolyte and the carbon conductive material is included. Solid electrolyte-carbon conductive material The interfacial resistance increases due to interfacial side reactions. As a result, the movement of lithium ions and electrons is hindered, resulting in overvoltage of charging. Occasionally, battery deterioration is accelerated.

The exact cause has not been elucidated. Based on the experimental evidence, carbon nanomaterials with high crystallinity are used as conductive materials. By applying it, the electrochemical side reaction at the interface is reduced, and the formation of the insulating material formed by the side reaction is reduced. can be reduced.

In addition, improved electrical conductivity can be ensured, and thus the performance of the battery can be significantly improved. In that respect, one-dimensional carbon nanotubes (CNTs), known as 'new materials of dreams', are suitable materials. It is considered.

☞☞Link

Betterial was one of the exhibitors in Battery Show Europe 2022, the largest battery technology exhibition in Europe, held in Stuttgart, Germany (June 28th to 30th). Betterial attracted many visitors covering many European auto makers and electric vehicle battery manufacturers. We are continuing the dialogue with many of the companies and look forward to future business opportunities.

A joint research paper between our Batterial researchers and Seoul National University was published in the Journal of Electroanalytical Chemistry.

CNT ink as an electrode additive for an effective hybrid conductive network in silicon microparticle/graphite anodes

Corresponding Authors :

Kwanghyun Yoo(Betterial CEO), Yuanzhe Piao(Seoul National University Prof.)

Authors:
Seong-Kyun Kang(Betterial), Taek-Gyoung Kim(Betterial)
Youngseul Cho(Seoul National University), Eunji Lee(Seoul National University), Kyu Sang Lee(Seoul National University), Seon Jae Hwang(Seoul National University), Chae Won Kim(Seoul National University), Sang Yoon Park(Seoul National University)

☞☞Journal of Electroanalytical Chemistry

On August 31, 2022 (Wednesday), 14:10 to 14:50, K-BATTERY SHOW (charged) CEO Kwanghyun Yoo gave a lecture on the topic of [World Best High Concentration SWCNT Water Dispersion Conductive Material "Dispersion Technology"]

Betterial was one of the exhibitors in K-BATTERY SHOW. (August 31th to September 3th)

Betterial was one of the exhibitors in Battery Show North America 2022, the largest battery technology exhibition in North America, held in Novi, United States (September 28th to 30th)

We published a joint study with our biotech researchers and Seoul National University in the Journal of Materials Chemistry A.

Venus flytrap-like segregated 2D CNT wrapping on silicon microparticle for silicon anode in lithium-ion batteries

Corresponding Authors :

Kwanghyun Yoo(Betterial CEO), Yuanzhe Piao(Seoul National University Prof.)

Authors:
Seong-Kyun Kang(Betterial), Taek-Gyoung Kim(Betterial)
Youngseul Cho(Seoul National University),Kyu Sang Lee(Seoul National University),Shuqing Piao(Seoul National University),Sang Yoon Park(Seoul National University)

☞☞Journal of Materials Chemistry A

Our researchers and Seoul National University joint journal was published in RSC Advances.

Wrapping silicon microparticles by using well-dispersed single-walled carbon nanotubes for the preparation of high-performance lithium-ion battery anode.

Corresponding Authors :

Kwanghyun Yoo(BETTERIAL Founder & CEO), Yuanzhe Piao(SNU Prof.)

Authors:
Seong-Kyun Kang(BETTERIAL), Taek-Gyoung Kim(BETTERIAL)
Youngseul Cho(SNU),Kyu Sang Lee(SNU),Shuqing Piao(SNU),Sang Yoon Park(SNU)

☞☞ Read contents

From March 15, 2023 (Wed) to March 17, 2022 (Fri), Battery Real will participate in the InterBattery Exhibition held at COEX, Seoul for 3 days, so please pay attention and visit us.

Our researchers and Seoul National University joint journal was published in RSC Advances.

CNT ink as an electrode additive for an effective hybrid conductive network in silicon microparticle/graphite anodes.

Corresponding Authors :

Kwanghyun Yoo(BETTERIAL Founder & CEO), Yuanzhe Piao(SNU Prof.)

Authors:
Seong-Kyun Kang(BETTERIAL), Taek-Gyoung Kim(BETTERIAL)
Youngseul Cho(SNU),Kyu Sang Lee(SNU),Shuqing Piao(SNU),Sang Yoon Park(SNU)

☞☞ Read contents

Betterial has published a book on the topic of "Single walled carbon nanotube dispersion as conductive additive for silicon based lithium ion batteries."

ISBN : 978-0-85014-358-4
Chapter title : Single walled carbon nanotube dispersion as conductive additive for silicon based lithium ion batteries

Corresponding Authors :

Kwanghyun Yoo (BETTERIAL Founder & CEO)

Authors:
Seong-Kyun Kang (BETTERIAL Head of Dispersion Material)
Taek-Gyoung Kim (BETTERIAL Head of Battery Performance)

☞ Read contents

13-16 May, 2024 : Advanced Automotive Battery Conference 2024 (Strasbourg, France)

BETTERIAL Booth Number : 505

18-20 June, 2024 : The Battery Show Europe 2024 (Messe Stuttgart, Germany)

BETTERIAL Hall Number : H8
BETTERIAL Booth Number : 8-G38

☞ Booth Location