ppt-presentation_quantum-materials-corp
ppt-presentation_quantum-materials-corp
ppt-presentation_quantum-materials-corp
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MATERIALS CORP<br />
Where the ordinary<br />
becomes extraordinary.
Disclaimer<br />
The information contained in this <strong>presentation</strong> has been provided by the<br />
Company and has not been independently verified.<br />
Except in the case of fraudulent misre<strong>presentation</strong>, no responsibility, liability<br />
or obligation is accepted by the Company or any of its officers, employees or<br />
agents in relation to the accuracy or sufficiency of this information and any<br />
such liability is expressly disclaimed. No re<strong>presentation</strong>s or warranties,<br />
express or implied, are given as to the accuracy or completeness of any<br />
information contained in this <strong>presentation</strong>, any other written or oral<br />
information provided in connection with this <strong>presentation</strong> or any data which<br />
such information generates. The Company does not undertake to, and is<br />
under no obligation to, provide any additional information or to remedy any<br />
omissions in or from this <strong>presentation</strong>.<br />
This <strong>presentation</strong> does not constitute an offer or invitation by the Company or<br />
its financial advisors or any of their officers, employees or agents for the sale<br />
or purchase of securities or of any assets, business or undertaking, nor any<br />
form of commitment or recommendation by the Company or its financial<br />
advisors or any of their officers, employees or agents. Distribution of this<br />
<strong>presentation</strong> in or from certain jurisdictions may be restricted or prohibited<br />
by law and neither the Company nor its financial advisors accept liability to<br />
any person who does not comply with such restrictions or prohibitions.
Quantum Materials Corp.<br />
OTCQB : QTMM<br />
• Founded January 2007<br />
• Reverse Merger in November 2008<br />
• 12 Employees and growing<br />
• Recently transitioned from R&D to full operational focus<br />
• Production Facility in San Marcos Texas (Austin Metroplex)<br />
• I.P. from Rice University License, U of A License, Bayer AG<br />
Patent Acquisition & QMC proprietary<br />
• Non-VC funded, total raised to date
Company Overview<br />
• Quantum Materials Corp. is poised to be a<br />
world leader in the development,<br />
manufacture and supply of Quantum Dots<br />
and Nanoparticles.<br />
• Quantum Dots are an emerging, advanced<br />
material technology that will have a<br />
transformative effect on our daily lives and<br />
will create new and superior products<br />
across the broadest range of markets.
Core Technology<br />
• Patented, award winning,<br />
Quantum Dot mass<br />
production technologies<br />
• Patented Heavy Metal<br />
Free QD’s<br />
2012<br />
NORTH AMERICAN<br />
ADVANCED QUANTUM DOT MANUFACTURING<br />
ENABLING TECHNOLOGY AWARD<br />
• Patented Roll to Roll LED/OLED printing<br />
technology.<br />
• Patented Quantum Dot Solar Cell technology
What is a Quantum Dot<br />
A <strong>quantum</strong> dot is an atomic crystal typically between 5 and<br />
40 nanometers, similar in size to a typical virus. Although we<br />
can produce them from a wide range of <strong>materials</strong> the<br />
diagram above represents the atomic structure of a very<br />
typical core/shell <strong>quantum</strong> dot.
Quantum dots are extraordinary at both<br />
Photo and Electro Luminescence<br />
Photoluminesence (PL mode)<br />
• Activated by light energy<br />
• Conversion of color from other<br />
light sources<br />
• Any light with shorter<br />
wavelength (higher energy)<br />
Electroluminesence (EL mode)<br />
• Activated by electronic energy<br />
• Direct emission of colored light<br />
• Requires charge transfer films<br />
• “QLEDs”<br />
Making them ideal phosphor and organic dye replacements
Tetrapod<br />
Quantum Dots<br />
• Tetrapod <strong>quantum</strong> dots that we presently<br />
supply comprise of a CdSe core with a ZnS<br />
outer shell or a Heavy Metal Free TPQD<br />
comprised of a Zn core with S shell, however<br />
many other composition, length, width and<br />
aspect ratios can be supplied.<br />
• The structure of a tetrapod <strong>quantum</strong> dot<br />
consists of a central core with 4 rods<br />
protruding from the center, significantly<br />
different from the spherical <strong>quantum</strong> dots<br />
sold on the market today.<br />
• Tetrapods have greater photo-luminescence<br />
and conductivity and are presently being<br />
used for thin film solar applications by<br />
Solterra Renewable Technologies Inc.
Our Key Applications<br />
• Displays: Quantum dots can replace phosphors for primary<br />
color generation and secondary color frequency shifting<br />
resulting in brighter more vivid colors and reduced energy<br />
usage.<br />
• Solid-State Lighting: Quantum Dots improve energy<br />
efficiency in LED light bulbs and produce more desirable light.<br />
• Thin-Film Solar Cells: Tetrapod QD increase conversion<br />
efficiencies to make solar competitive<br />
• Nano-Bio: TQD used for high-intensity tissue marking and<br />
diagnostics outperform organic dyes typically used in these<br />
applications.<br />
• Anti-Counterfeiting: QD’s printed using proprietary 3D<br />
printing technology produce non-cloneable signatures ideally<br />
suited for securing currencies, pharmaceuticals, consumer<br />
products, etc.
QD’s Enable High Performance LCD’s<br />
• Higher Resolution<br />
• Less Electricity<br />
• Lower Cost
QD’s make displays<br />
Brighter & More Vivid<br />
Displays on popular backlit LCD tablets can only express<br />
about 20% of the color a human eye can see.<br />
By augmenting their backlight units (BLUs) with QDs, LCD<br />
manufacturers are able to create vivid displays that can<br />
exceed 55% of the spectrum a human eye can detect.
QDs enable LCDs to<br />
consume less energy<br />
This high spectral efficiency in turn reduces display power<br />
consumption by 20% compared to other high-gamut color<br />
enhancement techniques − a key factor in meeting Energy<br />
Star requirements in TVs or extending battery life in portable<br />
devices where displays often consume 40% of the power.
And QDs can be easily integrated into<br />
existing LCD Production lines.<br />
QD backlight technology is easy to integrate with existing LCD<br />
manufacturing processes. QD upgrades require no line retooling or<br />
process changes, so manufacturers who have invested billions in LCD<br />
plants and equipment can quickly deploy QD-enhanced LCD panels that<br />
offer the color and efficiency of the best OLEDs at a fraction of the cost.
QDs unique tunability enables LCD<br />
lightbulbs to emit more pleasing light.
How QDs improve LED lighting<br />
QDs allow lighting manufacturers to “tune” the shade of white light emitted.<br />
CRI equal or better than those of traditional LEDs with similar CCTs<br />
• Combination of a blue LED with commercially available<br />
yellow-green RE phosphor and red QDs.<br />
• Cool, neutral and warm white correlated color temperature<br />
• High CRI: >90<br />
• High efficacy: >100lm/W for cold white, 84 lm/W for warm white
QDs improve LED light quality, reduce<br />
manufacturing cost & increase energy.<br />
Fig. 1. Picture of GE Lumination Vio LED package that is based upon phosphor downconversion of<br />
405 nm LEDs with phosphor powders.<br />
Unlike phosphors<br />
• QDs convert energy to light much more efficiently, reducing the<br />
energy lost to heat.<br />
• Less heat significantly reduces the heat sink component typically<br />
the most costly in the LED bill of <strong>materials</strong>.<br />
• This enables a significant reduction in energy consumption for<br />
the same light output.
Quantum Dot Market Forecast<br />
Santa Clara, December 17, 2013 — Touch Display Research<br />
announces the publication of “Quantum Dot Display and<br />
Lighting Technologies and Market Forecast Report.” Touch<br />
Display Research forecasts that the <strong>quantum</strong> dot display and<br />
lighting component market will reach $9.6 billion by 2023.<br />
“The market was valued at USD 88.5 million in 2011, which is<br />
expected to reach USD 8,246.8 million by 2023, growing at a<br />
CAGR of 53.8% from 2013 to 2023”<br />
View Full Report at<br />
http://www.marketresearchreports.biz/analysis/165071<br />
QD-enhanced products are potentially upwards of $7 billion<br />
by 2024 across displays, solid-state lighting, solar,<br />
biomedical, anti-counterfeiting and sensors sectors.<br />
The Global Market for Quantum Dots research report of 88<br />
pages published in July 2014 is available at<br />
http://www.marketreportsonline.com/237208.html
Just How Big is the Display Market?<br />
Multiple Billions and still growing
LCD TV Shipments now dominate the TV market
LCD displays are rapidly dominating<br />
the non-TV display markets.<br />
(million m²)<br />
150<br />
TVs Monitors Notebook PCs<br />
Cell Phones Others<br />
120<br />
90<br />
60<br />
30<br />
0<br />
2007 2008 2009 2010 2011 2012 2013<br />
(Surveyed by DisplaySearch in 2009)
• Who is the competition?<br />
• How does Quantum Materials<br />
Corp. compare?<br />
• What is the yard stick?
Let’s Refresh<br />
• It is widely accepted that there is a<br />
rapidly emerging market for<br />
Nano<strong>materials</strong> and more specifically<br />
<strong>quantum</strong> dots.<br />
• It is also widely believed that broad<br />
market acceptance will be driven by<br />
the supply of high quality <strong>materials</strong><br />
that can be consistently produced in<br />
high volume.
Competition<br />
A U.K. Based AIM listed public<br />
Technology spun out of Cambridge.<br />
A U.S. Based, V.C. funded company.<br />
Primary Technology spun out of MIT.<br />
A U.S. Based, V.C. funded<br />
Technology spun out of MIT and<br />
acquired from Motorola.
How Our Competitors Produce Quantum Dots<br />
Nanoco’s Batch Process<br />
Phased production scale up<br />
Phased CFQD scale-up is underway to meet the commercial<br />
demands of the display and lighting markets<br />
• Current capacity ~ 25 kg/year<br />
• Kilo lab designs finalized to produce ~ 400 kg/year<br />
• Mass production (4,000+ kg/year) planned for the future
How Our Competitors Produce Quantum Dots<br />
Batch Process<br />
Photo: 3M<br />
Quantum Colors: A Nanosys technician works with batches of<br />
<strong>materials</strong> infused with <strong>quantum</strong> dots of different sizes, resulting in the<br />
emission of different colors.
How Our Competitors Produce Quantum Dots<br />
No known volume production capability<br />
Source: QD Vision
How important is Kilogram<br />
quantity mass production?<br />
“The commercialization of <strong>quantum</strong> dots<br />
using kilogram quantity mass production is a<br />
game-changer,” said Susan Eustis,<br />
WinterGreen analyst. “High quality, high<br />
quantity and lowest price <strong>quantum</strong> dots<br />
increase product quality in every industry.<br />
The rate of change means speeded products<br />
cycles are evolving.”<br />
http://electroiq.com/blog/2013/qled-market-reports-mass-production-of-commercialized-q/
Our Patented<br />
Continuous Flow Production<br />
How QDs Evolve From Novelty to<br />
Commodity<br />
Our current micro-reactor is capable of<br />
producing 250 Kilograms per year, our<br />
next reactor will produce 1,000<br />
Kilograms per year.<br />
These are automated systems that have<br />
production yields in excess of 90%,<br />
enabling the supply of high quality<br />
<strong>materials</strong> that can be consistently<br />
produced in high volume.
Continuous, Controlled<br />
MicroReactor Synthesis<br />
Enables Infinite Possibilities in Size and Shape of QDs,<br />
TQDs & Produces Highest Quality and Consistency<br />
Avg. Dia ~ 4nm<br />
Avg. Length ~ 9nm
Our Pipeline<br />
• Today we have a very active pipeline of potential clients that grows daily. These<br />
potential clients require a broad range of nano<strong>materials</strong> from relatively simple Red<br />
emitting <strong>quantum</strong> dots to both near and far infrared emitting Quantum Dots,<br />
Thick-Shell Quantum Dots and/or Non-Heavy Metal Quantum Dots. Industries or<br />
uses intended include- Solid-State Lighting, Hydrogen Conversion, Displays, Solar,<br />
Automotive Glass and BIPV films, Batteries, Lasers, Biotech and Inks.<br />
• Eleven of the potential clients have already had one or more face-to-face meetings<br />
with company management.<br />
• The following chart includes three of the largest LCD panel manufacturers in the<br />
world, one of the largest electronics <strong>materials</strong> manufacturers, and the top three<br />
solid state lighting manufacturers. The applications represented here are diverse<br />
and range from displays and lighting to IR emitters, and phantom biological fluids.
Other Applications for<br />
Nanoparticles & QDs?<br />
• Solar Cells<br />
• Anti-Counterfeiting Tracer Inks<br />
• Biological Markers & Probes<br />
• Energy Storage<br />
• RFID Tags<br />
• Sensors<br />
• Disease Detection & Cellular Drug Delivery<br />
• Counter-espionage / Defense Applications<br />
• Qubits in Quantum Computing<br />
• Catalyst for Fuel Cells
OTCQB : QTMM<br />
www.qmcdots.com<br />
www.solterrasolarcells.com<br />
www.<strong>quantum</strong>.tv<br />
PH: 214-701-8779<br />
Email: info@qmcdots.com<br />
Main Office:<br />
Star Park<br />
3055 Hunter Road<br />
San Marcos, Texas 78666<br />
2012<br />
NORTH AMERICAN<br />
ADVANCED QUANTUM DOT MANUFACTURING<br />
ENABLING TECHNOLOGY AWARD
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