www. n a n o o n e . c aNanoOneMaterialsCorp.| TSX-V:NNO| FF:LBMB| OTC:NNOMF| May2018

BatteryMaterialsEcosystem

ChangingHowtheWorldMakesBatteryMaterials

Challenges,OpportunitiesandInnovations

www. n a n o o n e . c a

Battery101

NanoOneMaterialsCorp.TSX-V:NNO2

Li+

Graphite

Electrolyte

nanoOne

$10BinCathodesAdvancedmanufacturingisneeded

LithiumNickelCobaltIron…

Cathode(+)

Anode(–)

www. n a n o o n e . c a3 NanoOneMaterialsCorp.TSX-V:NNO

LowerCost HigherPerformanceRawMaterials

Processing

Scale

Technology

Formulation

CrystalStructure

www. n a n o o n e . c a

LFPLMONCANMCLCO

WorldwideCathodesSales2000-25(kTons)Avicenne 2017

1000

softon

s

MarketOpportunity

4 NanoOneMaterialsCorp.TSX-V:NNO

Flexibleand“FutureProof”Addsvaluethroughlongevity,stabilityandcost

Licensestrategyappealstolithium,chemicalandautomotivesuppliers

WorldwideLiB Sales2000-25(GWh)Avicenne 2017

50

100

150

200

300

250

350

GWh

2000 20252020201520102005

Others(16%CAGR)IndustrialESS(22%)Auto,Ebus China(22%)Auto,Ebus nonChina(17%)Electronics(6%)

$10BMarket

NNO’sflexibleprocessmakesallcathodes

www. n a n o o n e . c a5 NanoOneMaterialsCorp.TSX-V:NNO

waterbasedmildtemp

atm.pressure

supplyconstraints

flexibleplatform

enhanceperformance

lowcost

firesinhoursvsdays

standard&next-genLiB

LiB

solidstateLiB

allapps

makesallcathodes

LFPs,NMCs,LMNOs…

ChangingHowtheWorldMakesBatteryMaterials

2025:$10BMarketLicensingStrategy

Co

Furnace Cathode

MnNi

Li

PFe

Reactor

www. n a n o o n e . c aNanoOneMaterialsCorp.TSX-V:NNO6

0

100

200

300

400

500

600

700

800

900

2016 2017 2018 2019 2020 2021 2022 2023 2024 2025

OrganicsOther inorganics/metalHydroxide - batteryHydroxide - baseCarbonate - batteryCarbonate - baseSupply

Lithium Supply and Demand 2016 - 2025K/MT

Source:G

loba

lLith

iumLLC©

201

8

• Battery related demand grows from 44% of the market in 2016 to 81% in 2025• Hydroxide is the fastest growing product during the time period• The “Big 4”: SQM, Albemarle, Ganfeng and Tianqi maintain > 60% share• Supply remains balanced between brine and hard rock

LiOH

Li2CO3

FlexibleInputsinaLithiumConstrainedWorld

NanoOne

Traditional

Reactor

Crush’n’Grind

ForHighPerformance

EVBatteries

www. n a n o o n e . c a

Co

1µm

NanoOneTechnology

7 NanoOneMaterialsCorp.TSX-V:NNO

FiredCathodePowder

Nanostructuresformwithlithiuminplace

NanoOnePatentedProcess

1µm

Furnace

Reducesfurnacetimefromdaystohours

LithiumNickelM

anganeseCobaltO

xide(NMC)

MnNi

Li

AqueousProcess– MildTempAtmosphericPressure

PFe

700-900oC

Reactor

www. n a n o o n e . c a

DemoPilotPlantCompleteandEngineeringPlansinPlace

8

NMC111&622Piloted

~$6M&financedthru2019

PreliminaryEngineeringPlansinPlace

Simulatesandderisks production

10-1000kgforthirdpartytests

7Patents&30+pending 811,NCA,HVS&LFPnext

OperatingsinceJune2017

3300ton/yr CathodeLineUses1400ton/yr Li2CO3Makes24,00060kWhLiBs

$4.6Mingov’tgrants

scaleuppartner

Workingwithstrategics insupplychain

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NickelRichBenefitsandChallenges

9 Confidential- NanoOneMaterialsCorp.TSX-V:NNO

Nickel&

Cap

acity

NickelRichNMC– ProsandCons• Nickel↑Capacity↑Cobalt↓• Stability&Durability↓• VoltageLimit&Power↓• LiOH required• Complexfiringwithoxygen

NanoOneInnovationGoals• AddDopantsCoatingsGradients• Stability&Durability↑• EnableLi2CO3orLiOH• Reducefiringtime

NCA81171.51.5622532111

Cobalt&Durability

www. n a n o o n e . c a

Liqu

idelectrolyte

+

TheFutureofLithiumIonisSolidState

10 NanoOneMaterialsCorp.TSX-V:NNOsolid

–

Separator

graphiteanode

Solidstatelithiumionbattery

Conventionallithiumionbattery

SaferThinnerEnergyDenseFasterChargingLowerCost

CathodeLCOLFP111,622,811,NCA

ultrathinlithiumanode

622,811orCobaltfreeHVS

NanoOneisworkingwithautomotiveoems andsuppliersCobaltfree(HVS)andNickelRichCathodesforSolidStateBatteries

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100

200

300

400

500

600

0 10 20 30 40 50 60Sp

ecificEn

ergy(W

h·kg

-1)

CycleNumber

StabilizedHV Spinel@55°CCoatedHVSpinel@55°CUnstabalized/UncoatedHVSpinel@55°C

CoatedHVSpinel@55oCStabilizedHVSpinel@55oCHVSpinel@55oChighvoltagespinel(LMNO)vsLi@1C,3.5– 4.9V

11 NanoOneMaterialsCorp.TSX-V:NNO

Makingmaterialsmoredurable

ExampleofCoatingonHVSpinel↑Durability↑Stabilityat55oC↑Compatibilitywithliquid&solidelectrolytes

www. n a n o o n e . c a

CobaltFreeHighVoltageSpinelidealforsolidstatebatteries

Confidential- NanoOneMaterialsCorp.TSX-V:NNO

HighVoltage– HighPower – LongLasting– andCobaltFree

2µmLithiumM

angane

seNickelO

xide

(HVS

/LM

NO)

www. n a n o o n e . c a

TSXV:NNO| FF:LBMB| OTC:NNOMF

13

SharesOutstanding:65MFullyDiluted:71M~$8Mrunwaythru2019

Dr StephenCampbellPrincipalScientist25+yrs asPrincipalScientistatBallard&AFCC

PaulMatysekChairman$2BincorporateenterprisegrowthLithiumX,Lithium1,GoldRock,EnergyMetals,PotashOne

DanBlondalCEO26yrs inhightechatKodak,Creo,GeneralFusion

NanoOneMaterialsCorp.TSX-V:NNO

www. n a n o o n e . c a

Forward Looking Statements: Certain information contained herein constitutes “forward-looking information” under Canadian securities legislation. Forward-looking informationincludes, but is not limited to, statements with respect to: the Proposed Private Placement and the commercialization of Nano One Material Corp. (Nano One) technology andpatents. Generally, forward-looking information can be identified by the use of forward-looking terminology such as “expects” or “it is expected”, or variations of such words andphrases or statements that certain actions, events or results “will” occur. Forward-looking statements are based on the opinions and estimates of management as of the datesuch statements are made and they are subject to known and unknown risks, uncertainties and other factors that may cause the actual results, level of activity, performance orachievements of Nano One to be materially different from those expressed or implied by such forward-looking statements or forward-looking information, including: cycling,charging, capacity, target markets, target cost-reductions, target partners, capital expenditures, raw material and other costs, and financing and additional capital requirements.Although management of Nano One has attempted to identify important factors that could cause actual results to differ materially from those contained in forward-lookingstatements or forward-looking information, there may be other factors that cause results not to be as anticipated, estimated or intended. There can be no assurance that suchstatements will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. Accordingly, readers should not placeundue reliance on forward-looking statements and forward looking information. Nano One does not intend, and does not assume any obligation, to update any forward-lookingstatements or forward-looking information that are incorporated by reference herein, except as required by applicable securities laws.

14 NanoOneMaterialsCorp.TSX-V:NNO

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Disclaimer: Nano One expressly warns readers not to rely on the information herein for investment or other related purposes. Accordingly, any use of this information is at thereader’s risk and without liability to Nano One. The information contained herein is not to be construed as either a public or private offer or solicitation to purchase securities inthe capital stock of Nano One. The reader is referred to his/her professional investment advisor regarding investment or related decisions respecting the securities of Nano One.

LowerCost LithiumSources– SimplerProcess– InnovativeCathodeMaterials7patentsgrantedand30+pendingand moretocomein2018-19

Pilotplantcomplete– Evaluationsunderway– AddingenduserpartnersPreliminary engineeringplansinplacefor 3,300Ton/yr productionunit(24,00060kWhEVLiBs)

Appliestoconventional andsolid-stateLiBs forautomotive,gridandconsumerelectronicsLicensing modelmakesNanoOneidealpartnerforlargecompaniesenteringcathodespace

Lithium,cathodeandnextgenbatteryproducerstargetedforpartnershipin2018