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Graphene heating for wearable devices
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Justin Hayward
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Founder Director, Cambridge Investment Research
12 de Oct de 2020
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Graphene heating for wearable devices
12 de Oct de 2020
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C4IR Conference Series 2017
Justin Hayward
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Founder Director, Cambridge Investment Research
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Graphene heating for wearable devices
1.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Copyright © 2017. This document and the information contained herein are the property of FGV Cambridge Nanosystems Ltd. It must not be reproduced or otherwise disclosed without prior consent in writing from FGV Cambridge Nanosystems Ltd. Leading the graphene revolution www.cir-strategy.com/events
2.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL 20 employees from 11 countries, holding 4 PhDs 2012 Established 9001: 2015 ISO Norm compliant 19 kg per day production capability 2500 m2 graphene factory 10 patents Cambridge nanosystems ltd In numbers 14001: 2015 ISO Norm compliant
3.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Graphene Supply Graphene Blends Graphene Enabled Technology • Graphene dispersions • Graphene resin • Graphene powder • CFRP composites • Heater modules • Conductive ink • Fire retardant coatings B2B: OEMs • Automotive • Aerospace Prototype scale internally or with partner for large scale Prototype scale or commercial scale with collaborators B2C: Consumer products • Heated flask* • Art radiator* CNS in the graphene value chain *Prototype demonstrators Large scale supply
4.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Graphene flakes: CamGraph® CNS supplies impurity-free graphene flakes on industrial scale. • No additives or catalysts used in production. • Metal and oxygen free product. • Three standardised qualities determined by flake thickness. • Available through online store* • Policies, processes and procedures are ISO 9001:2015 and ISO 14001:2015 compliant Graphene Supply Graphene Blends Graphene Enabled Technology End use products *Email contact@cnanos.com for quotations on larger orders. Patented Technology WO2012/147054 & WO2015/189643
5.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Selected CAMGRAPH® APPLICATIONs ⬡ Sprayable, flexible, large-area HEATERS ⬡ Conductive additive to Li-ion BATTERIES ⬡ 3D, inkjet & screen PRINTING Graphene Blends End use products Graphene Supply Graphene Enabled Technology
6.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL CamGraph® HEATERS
7.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Graphene HEATING ⬡ Flexible ⬡ Light weight ⬡ Fail-safe ⬡ Manufacture by Print or spray Graphene: homogeneous heat Instant heat up Can be printed or sprayed on any surface: ⬡ Polymers, ceramics, wood & cellulose ⬡ Wearables & Fabrics ⬡ Irregular shaped surfaces Patent pending GB 1606676.3 / PCT/GB2017/051058 Graphene Blends Graphene Enabled Technology End use products Graphene Supply
8.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL CamGraph® BATTERIES
9.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Graphene as Conductive additive to lithium ion battery electrodes Graphene Blends Graphene Enabled Technology End use products Graphene Supply CamGraph® powder as conductive additive to the cathode and anode of lithium ion batteries aiming at: • Enhanced capacity • Faster charging rate • Enhanced life time • Reduced weight global demand for LiBs set to rise from 22 GWH [2016] TO 185 GWH [2022] Carbon type Conductivity (S/m)* BET* (m2/g) Pore volume (cm3/g) CamGraph G1 6500 310 ±10 0.15 CamGraph G2 2200 240 ±10 0.12 CamGraph G3 950 120 ±5 0.06 Carbon Black ~370 60 ±5 0.03 *determined by pellet method. *N2 gas adsorption. CamGraph® materials 2.5x – 20x conductivity of industrial standard additive carbon black super p. ➛ Reduced carbon loading ➛ Increased capacity ➛ Increased power density
10.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Camink® printing
11.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Camgraph® based inks for - Inkjet & screen printing - 3D printing & functional additive manufacturing - Spray coating and functionalisation The conductive inks market is set to grow from USD 2.3b to USD 7.6b by 2027. Its good processability allows for Camgraph® implementation into a variety of solvents and polymers. Graphene Blends Graphene Enabled Technology End use products Graphene Supply
12.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Flexible Strain sensor | printed gas sensor Caminks® based sensors - Inkjet printed - Highly flexible - Light weight - Wearable substrates Graphene Blends Graphene Enabled Technology End use products Graphene Supply
13.
© FGV Cambridge
Nanosystems 2017 COMMERCIAL Copyright © 2017. This document and the information contained herein are the property of FGV Cambridge Nanosystems Ltd. It must not be reproduced or otherwise disclosed without prior consent in writing from FGV Cambridge Nanosystems Ltd. Innovate with us For further information please get in touch: cambridgenanosystems.com contact@cnanos.com +44 1223 359 316