Innovating the Next Generationof. Coating Technologies

Transcription

1 Innovating the Next Generationof Coating Technologies 1

2 Notice Regarding Forward-Looking Statements: Except for statements of historical fact, the information presented herein may contain forward-looking statements. Such forward-looking statements involve known and unknown risks, uncertainties and other factors, which may cause the actual results, performance or achievements of the company to be materially different from any future results, performance or achievements expressed or implied by such forward-looking statements. Such factors include general economic and business conditions, the ability to acquire and develop specific projects, the ability to fund operations and changes in consumer and business consumption habits and other factors over which ncoat, Inc. has little or no control. Additionally, words such as may, will, expect, believe, anticipate, estimate, project, or continue or comparable terminology used in this release may identify forward-looking statements. We disclaim any obligation or intention to revise or update any forward-looking statements for any reason. Readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of the date of this statement. 2

3 Who is ncoat? ncoat is an emerging nanotechnology coatings and materials company producing DISRUPTIVE next generation thermal, corrosion, and abrasion protection to multiple mature and emerging industries. 3

4 ncoat Product Focus Nano and Micron Formulated High Performance Coatings Heat management Corrosion resistance Abrasion reduction Lubritic (friction reduction) Anti-porosity Appearance enhancement 4

5 Operating Subsidiaries 5

6 Nanotechnology Innovation

7 Coatings Formulation High Bond Strength Coating are made of binding chemistry and solid materials. Nano-formula (Disruptive) In general, the larger the particle size, the lower the bond strength and coatings performance. Paint (Commodity) Coatings (Performance) Low Bond Strength Macro Micron Nano Particle Size 7

8 Market Standard Coating Technology Standard micron particle coatings offer smoother surface and protect the underlying substrate against heat, corrosion and abrasion. 8

9 Nano-Formulated Coatings Reducing particles by 1000x to the nanometer scale seals the porosity of the underlying substrate at an exponentially higher level versus micron particle coatings. 9

10 Nano-Formulated Bond Strength Nano-scale particles have far greater surface area to bind particle to particle and coating to substrate and fill microscopic voids on the surface of the substrate. 10

11 2009 Nanotech Development Sweet Spot PROFITS IN NANOTECH COME FROM INTERMEDIATE PRODUCTS, NOT RAW MATERIALS Lux Research finds nanointermediates generate twice the profit margins of nanomaterials and nano-enabled products Nanointermediates garnered an aggregate net profit margin of 9% in 2007 almost twice that of nanomaterials and nano-enabled products a figure that will expand to 15% in (Lux Research Press Release, January 22, 2009) 11

12 Nanotechnology Growth in Automotive Markets The global market for nanotechnology in the automotive and transportation industry is around US$ 475 million in Nanoposts forecasts that nano-based products and processes will be worth US$6.645 billion to the automotive and transportation industry by The main percentage of revenue for the nanotechnology market will be generated by structural materials and coatings. 12

13 ncoat Current Applications Diesel Engine Coatings 13

14 New EPA Diesel Emission Standards Year ppm Year ppm Mandated diesel engine clean emissions standards Mandated particulate reduction over 8 year period Lowers nitric and sulfuric oxide parts per million in diesel emissions Year ppm 99.5% Decrease in ppm

15 ncoat Diesel Engine Technology Uncoated EGR value after 70k road test miles Uncoated EGR value after 20k road test miles Using EGR technology lowered emission particulates but corrosive agents began degrading internal engine parts and creating warrantee failures at very low mileage. 15

16 Exponential Performance Increase of Nano-Coating Hot Sulfuric Acid Drip Test for the Diesel Engine Industry Competitive E coat after 8 hours ncoat SO4G nanocoat after 72 hours ncoat SO4G nanocoat after 72 hours - magnified at core ncoat competed with over 30 coatings companies for contracts to coat internal engine parts to protect against substrate degradation. ncoat nanotechnology coatings endured over 9x longer than the next closest competitor. 16

17 ncoat Diesel Engine Technology Coated EGR Valve Coated EGR Valve ncoat nano-coatings provide engine corrosion protection against sulfuric and nitric oxides and returned engine life to 1 million miles+. 17

18 ncoat Diesel Engine Technology Cross sectioned and in-tact coated EGR valves after over 400,000 road miles show soot stains but no coatings degradation ncoat nano-coatings are applied to multiple gas path parts for several diesel engine manufacturing customers 18

19 Anti-Corrosion Valve Coating ncoat applies to the backside of the valve to prevent corrosive attack from high-sulfur diesel exhaust gasses that are re-circulated through the engine. ncoat owns the coating and application equipment patents. Area of Coating (Black)

20 ncoat Disruptive Technology EGR exhaust recirculation doubled average engine heat per engine and began to discolor chrome exhaust stacks. ncoat engineered new inside and outside diameter coating to eliminate chrome discoloration at high temperatures. Uncoated side Coated side 20

21 ncoat Current Applications Aerospace Engine and Structural Coatings 21

22 Aerospace Anti-Abrasion Coating Technology Current Standard Coating Aerospace Rain Erosion Test on Rotor Wings Rainfall calibrated to 3 inches per hour Tip speed set to 632 fps Run halted every 5 minutes to evaluate and photograph Minutes to Failure defined as time to unbroken line of bare metal at leading edge stagnation point HPC Nano-Coating Product Current Standard Coating HPC Nano-Coating Result Failure at minutes Ended test after 60 minutes with no failure The Next Generation in Coating Technology

23 Military Aerospace Applications Apache Assault Helicopter Exhaust thermal insulation to reduce temperatures in the cockpit and engine compartment. Raytheon Missile Thermal barrier between combustion chamber and electronic circuitry. 23

24 ncoat Current Applications Defense Ground and Sea Applications 24

25 Military Ground & Sea Operations GM Humvee Combat Troop Compartment Heat Reduction US Navy Ships Engine Corrosion Protection EFV Troop Carrier Anti-missile Thermal Shield Ground Force Weapons Anti-galling and Corrosion and Lubritic 25

26 ncoat Current Applications Orbital Aircraft

27 ncoat s Nanotechnology ncoat H051A was applied to a test coupon and heat was applied at increasing rates. Temperatures were monitored by a thermal coupling attached to the back side of the coupon.

28 Production Aerospace Lunar aircraft engine parts prepped to receive coatings at the ncoat North Carolina manufacturing plant.

29 ncoat Current Applications Performance Racing, Restoration and Street Rods

30 ncoat Extreme Speed Blow Fish World s Fastest 4 cylinder Famed Mormon Meteor Nish Streamliner World s Fastest Single Engine 8 Cylinder Burkland Streamliner World s Fastest Twin Engine

31 ncoat Choice of Champions John Force Funny Car Skip Holm Single Engine Aircraft Jack The Sheriff Harris Top Fuel Sam Hornish Indy Car

32 ncoat Performance Racing Applications

33 ncoat Street Rod and Restoration

34 ncoat Current Applications Future Product Commercialization

35 ncoat Next Generation Nano Projects Composite materials that replace metallic shipping containers that can be x-rayed Anti-porosity coatings eliminate ice buildup on aircraft wings 35

36 ncoat Next Generation Nano Projects Nano-particulate filters to remove heavy metals from exhaust dramatically lowering exhaust/gas temperatures Coating the oil hold of sea-going oil tankers to protect against corrosion 36

37 ncoat Next Generation Nano Materials Coating overhead and underground power cables to reduce ice buildup and eliminate corrosion Silicon chips, wafers and circuit board nano-coatings that wick heat and protect against corrosion 37

38 ncoat Disruptive Technology Nano-coatings for thermal capture and rapid heat transfer in extrusion channels in thermal solar systems.ncoat coatings increase thermal efficiency from 36% to over 70%. 38 All pictures from independent testing by prospective customer research team.

39 Innovate with Us 39