Neo Battery Materials Ltd · TSXV:NBM
Neo Battery Materials — Investor Presentation (June 2021)
28 slides from Neo Battery Materials's investor presentation, June 2021
Slide 1: Pushing The Step-Change in the Electrical Vehicle Market with Silicon
Pushing The Step-Change in the Electrical Vehicle Market with Silicon TSX-V: NBM | OTCMKTS: NBMFF | June 2021
Slide 2: Cautionary Statements Regarding Forward Looking Information
Cautionary Statements Regarding Forward Looking Information This presentation contains "forward-looking information" within the meaning of the applicable securities legislation. All information contained herein that is not clearly historical in nature may constitute forward-looking information. Gene
Slide 3: Recent Key Developments in 2021
Recent Key Developments in 2021 Appoints Dr. Jong Hyeok Park as Director and Chief Appoints Dr. Sang Young Lee to Scientific Advisory Board Scientific Advisory Board - Former Senior Researcher at LG - Former Principal Research Scientist Chem (Mkt. Cap: CAD $64.3bn) Licensing Agreement with for over
Slide 4: Our Competitive Advantage
Our Competitive Advantage Commercialization Patent Portfolio Expected within 2 – 3 Years Increasing Number & Diversity Partnerships & Opportunities Management Collaborative Research: Yonsei University Proven Financial and Operational Track Record Strategic Opportunities: North American & Asian Techn
Slide 5: Lithium-Ion Batteries
Advantage of MLIT Proposal Lithium-Ion Batteries Anatomy and Market Demands
Slide 6: Anatomy of Lithium Ion Batteries
Anatomy of Lithium Ion Batteries CHARGE MECHANISM DISCHARGE MECHANISM Lithium ions move from the negative electrode to the positive electrode during discharge and back when charging 6
Slide 7: Current Market Demands for Next-Generation Batteries
Current Market Demands for Next-Generation Batteries The optimal high performance battery will require low cost, long life span and reliable safety $ • Decrease Material and Manufacturing Cost ($): Cheap • Increase Energy Density (kilowatt-hours, kWh): Lighter, Smaller, Portable kWh • More Flexibili
Slide 8: Technology: Silicon Anode
Advantage of MLIT Proposal Technology: Silicon Anode Increasing Energy Density, Improving Life Span, Suitable for Flexible Device
Slide 9: Tesla Battery Day & Silicon Anode Evolution
Tesla Battery Day & Silicon Anode Evolution A Shift Towards Integrating Silicon into the Anode “We’re shifting the cell chemistry for the upgraded pack to partially use silicon in the anode … We’re still primarily using synthetic graphite, but over time we’ll be using increasing amounts of silicon i
Slide 10: Why Silicon Anodes?
Why Silicon Anodes? Silicon Anode to Increase Energy Density of Electric Vehicle Energy Density of Lithium-Ion Battery is Highly Dependent on the Anode Material Conventional Graphite Anodes Silicon Anodes • Graphite anodes are the most widely used • Silicon is recognized as the next-generation anode
Slide 11: Challenges with Silicon Anodes
Challenges with Silicon Anodes NEO’s Solution of Overcoming Volumetric Expansion Si NP NEO BM Magic Nanocoating Si Anode Performance & Process Advantage Challenges: Conventional Si Anode • A higher specific capacity to store more energy per unit volume, but volume expansion (>200%) of the Si anode m
Slide 12: NEO BM Silicon Anode: Performance Advantage I
NEO BM Silicon Anode: Performance Advantage I Boosting Energy Density & Significantly Increasing Battery Life Cycle Long Lasting pure Si Anodes > 1000 Cycles – Minimal Volume Expansion during Cycling NEO BM Si Anode Conventional Si Anode 12
Slide 13: NEO BM Silicon Anode: Performance Advantage II
NEO BM Silicon Anode: Performance Advantage II Ultra-Flexibility to Counter Volumetric Expansion Ultra-Flexible: Structural Stability during Bending Test Conventional Si Anode Conventional Figure showing NEO Battery’s Si Anode Silicon Anode compared to a conventional silicon anode after undergoing a
Slide 14: NEO BM Silicon Anode: Performance Advantage III
NEO BM Silicon Anode: Performance Advantage III Ultra-Fast Charging & Discharging 5-Minute (12 C-Rate) Ultra-Fast Charging through Greater Li-ion Movement Figure showing NEO Battery’s Silicon Anode on a half-cell coin battery test achieving 5-minute charging capability. NEO’s Si Anode allows for bet
Slide 15: NEO BM Silicon Anode: Process Advantage
NEO BM Silicon Anode: Process Advantage Cost Effective and Efficient Single-Stop Nanocoating Process NEO BM Magic Nanocoating Si Anode 1) Single-Stop Solution Coating Process 2) No High Temperature, High Pressure, or Vacuum 3) Low-Cost Coating Materials Material Cost Simplicity Processing Cost Safe
Slide 16: Properties
Advantage of MLIT Proposal Properties Becoming a Fully-Integrated Battery Materials Producer
Slide 17: Silica Mining Claims
Silica Mining Claims Golden, British Columbia Property Information • Location: Golden, British Columbia • Silica in the Quarzites for a Total of 467 Hectares • Silica Mining Work Expected to Start in Late May to June 17
Slide 18: Leadership
Advantage of MLIT Proposal Leadership
Slide 19: Spencer Sung Bum Huh, Dr. Jong Hyeok Park and Sung Rock Hwang
Mr. Spencer Sung Bum Huh, BEc. Dr. Jong Hyeok Park Director, President and Chief Executive Officer Director, Chair of the Scientific Advisory Board Mr. Sung Rock Hwang Director, Chief Operating Officer and Senior Vice Mr. Spencer Sung Bum Huh graduated from the President Dr. Park served as a Senior
Slide 20: Dr. Sang Young Lee, Mr. Jae Hong Hur, Dr. Jinhyuk Lee
Dr. Sang Young Lee Mr. Jae Hong Hur Advisor – Scientific Advisory Board Advisor - Scientific Advisory Board • Dr. Sang Young Lee is a renowned researcher in the field of • Mr. Jae Hong Hur is the current Chairman of the Board of Directors and secondary (rechargeable) batteries. He has worked at LG C
Slide 21: Nancy Zhao, John Kowalchuk, Larry Okada
Nancy Zhao, CPA John Kowalchuk, P. Geo. Chief Financial Officer Independent Director • CPA with over nine years experience with both public and • Professional geoscientist with the Association of Engineers and private companies. Geoscientists of British Columbia. Current Project Manager for Golden R
Slide 22: Current Capital Structure and Shares Outstanding
Current Capital Structure and Shares Outstanding Historical 1-Year Price Performance Share Information (as of June 14, 2021) TSXV: NBM Ticker Symbol OTC: NBMFF Current Share Price $0.325 Shares Outstanding 87.38mm Market $28.4mm Capitalization 22
Slide 23: For More Information
For More Information: Website: www.neobatterymaterials.com Address: Suite 520, 800 West Pender Street, Vancouver, B.C. V6C 2V6 Email: shuh@neobatterymaterials.com
Slide 24: Appendices
Advantage of MLIT Proposal Appendices Industry and Market Growth Prospects
Slide 25: LiB: Market is Growing Significantly
LiB: Market is Growing Significantly Total Li-ion Battery (LiB) Cell Market Annual Lithium-ion Battery Demand Source: Bloomberg NEF 2019 Electric Vehicle Outlook 25
Slide 26: LiB: Market is Growing Significantly
LiB: Market is Growing Significantly Total Li-ion Battery (LiB) Cell Market 2013 2014 2015 2016 2018F 2020F CAGR (%) Cathode 99,309 124,674 155,453 215,542 475,389 893,241 41.90 -2 022) Anodes 52.859 82,122 102,425 135,030 358,150 597,383 42.30 % (2016 R: 2 0 CAG Electrolyte 49,820 62,100 74,900 92,
Slide 27: Improvements and Innovation for Next-Generation Batteries
Improvements and Innovation for Next-Generation Batteries [ Li-CHEMISTRY ] [ Current Players ] LiBs have the highest energy density of all other battery types and much more portable; new technologies are overcoming cost hurdles and increasing safety and longevity 27
Slide 28: APAC: Korean Battery (K-Battery) Rising
APAC: Korean Battery (K-Battery) Rising 28
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