Gratomic Inc · TSXV:GRAT.H
Gratomic — Investor Presentation (March 2018)
18 slides from Gratomic's investor presentation, March 2018
Slide 1: Graphite Derived Graphenes Targeted to Deliver Performance Enhancing Nano Fillers for Tire Elastomers
GRAPHITE DERIVED GRAPHENES TARGETED TO DELIVER PERFORMANCE ENHANCING NANO FILLERS FOR TIRE ELASTOMERS
Slide 2: Forward Looking Statements
Forward Looking Statements This PowerPoint Presentation contains certain forward-looking statements that reflect the current views and/or expectations of Gratomic Inc. (“Gratomic”) with respect to its performance, business and future events. All statements other than statements of historical fact ma
Slide 3: Graphite Feedstock Preferred Source Supplied from Aukam Namibia
Graphite Feedstock Preferred Source Supplied from Aukam Namibia
Slide 4: The Aukam Project
The Aukam Project • High grade crystalline vein graphite project • One of the only jurisdictions of viable vein graphite outside of Sri-Lanka • Former producer (1940 to 1974) - selective mining of high grade resulted in graphitic material left in five available surface caches. • Visible graphite zon
Slide 5: Graphene Functionalised Surface Modified Graphene Sheets Derived from Graphite
Graphene Functionalised Surface Modified Graphene Sheets Derived from Graphite
Slide 6: Graphene grown bottom up atom by atom
Market potential and timeline of Graphenes derived from Mined Graphite 2016 – 2020 The foundations of early large volume consumption of graphenes • Smartphones: Recharging weekly derived from graphite will be driven by the elastomers, polymer • Electric vehicles: Range of 600 km composites, energy c
Slide 7: Perpetuus are believed to be the world's only producer of graphite derived graphenes
Perpetuus are believed to be the world’s only producer of Graphite derived Graphenes with outputs independently verified for volumes and quality • Semi-Automatic, computer controlled for repeatability and tune-ability • Robust and capable of processing most graphite derived nano-materials • New prod
Slide 8: Perpetuus Patented DBD Plasma Process
Perpetuus Patented DBD Plasma Process Input Material Graphite Perpetuus Output Material – Graphene Stacks IN OUT
Slide 9: Independent quantity and quality verification study
Independent quantity and quality verification study supervised by: Quantity • We believe that Perpetuus is the first and only of its known global competitors in the industry to have output quantity independently verified • Work study commissioned and undertaken in Sept 2014 by industrial process exp
Slide 10: Application Technology
Application Technology Disperse the Graphene Stacks into a Polymer – Shearing Energy Liberates Graphenes • Nano-intermediaries can only be obtained through Homogenous Dispersions • Prepared by realising the maximum surface area along with empathetic matrix selective functionalisation - facilitating
Slide 11: Perpetuus Graphenes Derived from Graphite Powder elastomer polymer mix
Perpetuus Graphenes Derived from Graphite Powder elastomer polymer mix
Slide 12: Road to Commercialisation
Road to Commercialisation • Perpetuus can consistently produce graphenes via an environmentally friendly patented computer controlled production processes • 2018 - high quality graphite derived graphenes up to 100 kilos per hour tailored for the end use. • Surface engineered, functionalised and non
Slide 13: Reported Commercial Status of Graphene Enhanced Passenger Vehicle Tires
Reported Commercial Status of Graphene Enhanced Passenger Vehicle Tires Currently testing graphite derived plasma processed graphenes with 5 major tire manufacturers - potential demand >5000 tonnes p.a. Proven studies establish: • The use of graphene in inner liner compounds will reduce air permeabi
Slide 14: Technologies Capabilities
Technologies Capabilities • Graphenes - plasma functionalised filler particles • Morphologies tailored to enable superior properties within ultra light and strong polymer and elastomeric composites
Slide 15: Comparison of plasma processed graphite derived graphene tires versus competitor graphene tires
Comparison of plasma processed graphite derived graphene tires versus competitor market leading graphene tires Thermal Characteristics Power Input (watts) On average a 21% decrease in 5% elevation in converting heat build up for Perpetuus power input to speed which graphene tires was observed in is
Slide 16: Reported predictive terrain trials via Dynamic Mechanical Analysis
Reported predictive terrain trials via Dynamic Mechanical Analysis (Pro Rider Feed Back) 0.90 TEMPERATURE P4+6G+ P4+6SDP500-02 0.80 Tand P4+6G+ 0.70 0.60 -20 0.3937 0.3541 ** ICE GRIP 0.50 0.40 0 0.1595 0.1492 ** WET GRIP 0.30 0.20 0.10 20 0.1010 0.1027 ** DRY GRIP 0.00 -100 -50 0 50 100 60 0.0745 0
Slide 17: Reported Physical Properties: Tires superior to competitor graphene tires
Reported Physical Properties Tires are superior to competitor market-leading graphene tires Test Properties Present G+ SDP500-02 • 15 % Property elevation in elongation at break -Hardness (Shore A) 58 56 • 4 % Property elevation tensile strength -Elongation at Break 470 538 • 46% Property elevation
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