Home > Press > nCoat Discusses Significant Nanotechnology Advances and Product Development Focus
Commercial Approach to Nanotechnology Achieves Product Offering Solutions With Unprecedented Levels of Performance
nCoat Discusses Significant Nanotechnology Advances and Product Development Focus
WHITSETT, NC | Posted on April 26th, 2007
nCoat, Inc. (OTCBB: NCOA) ("nCoat" or the "Company") today provided information concerning the focus of development of their nanotechnology products, processes and chemistries. nCoat develops, manufactures and distributes both nano-scale and micron-scale high performance coatings designed to protect materials against heat, corrosion, abrasion and friction.
nCoat holds a wholly owned subsidiary company called nTech, Inc. which holds all intellectual property for all other nCoat operating entities and is responsible for all new product and technology innovations. "nTech is fortunate to have a superb inside development team and the brain power of outside science advisors to guide our efforts," said Richard Maile, Senior Vice President of nTech. "The Technology Advisory Board we have assembled provides sound science advice. In addition, we rely on their professional experience to identify real world solutions to industries' challenges."
To solve problems associated with surface binding and coating durability, nTech pursues three basic approaches:
1. Improve the physical/chemical properties of the solution phase
2. Improve the physical/chemical properties of any solid fillers
that may be desired;
3. Improve the receptivity of the receiving surface immediately
prior to coating application.
A key competitive advantage for nTech and other nCoat operating companies is the ability to overcome inherent challenges of working at the nano-scale. For example, when using nano-scale solids, the natural clumping behavior of small particulates can be difficult to overcome. This can result in un-even disbursement of the coating formulation and therefore inconsistent performance across the substrate after curing. Development continues to improve the chemical construct to evenly disperse nano-coatings.
"Academia and Industry have devoted enormous resources to commercialize all sorts of curious and explicit Nano-Phenomena. This is very difficult because one must find practical ways to adapt behaviors usually observed in seemingly alien and artificial settings," said Dr. Thomas Buckley III, a member of nCoat's Science and Nanotechnology Advisory Board and Board of Directors. "In contrast, nCoat explores methods to enhance the performance of their already remarkable coating systems by integrating Nano-Scale elements into their formulations. Empirical by nature, nCoat's approach to Nano-Technology remains fundamentally grounded in practical commercial applications using Nano-Scale materials and procedures to manufacture exceptional coating systems." Dr. Buckley is the inventor of record of over 45 U.S. and International patents and received his Doctor of Philosophy degree in Synthetic Organic Chemistry from the University of California (Berkeley).
Making alterations in solids content and morphology often requires a significant reformulation of the core-binding matrix itself. Nano-based coating formulations require both a new perspective and a deeper understanding of the binding and bonding principles known today but perhaps minimally developed till now. Whereas chemical bond lengths roughly range between 1-2.5 angstroms between atomic nuclei, binding forces are relatively weaker and manifest over greater distances. nTech research is not limited only to potential nanoscale interactions from a quantum mechanical perspective, which would unnecessarily limit the investigations to the realm of potential binding interactions between particles in the 0.5-3 nanometer range. Instead, nCoat through nTech's work seeks to observe and exploit the larger spectrum of nanoscale binding interactions.
nTech's focus is multi-dimensional. However, one of the key factors influencing bulk-binding efficiency can be particle size. Smaller individual particles present a disproportionately greater potential bulk surface-active area relative to their bulk solid density. Reformulating a coating matrix laden with solids having an average particle size of 10 um to 10 nm represents a one million-fold increase in available particle surface area. Thus, any existing potential for particle-to-particle binding or bonding opportunities will be proportionally enhanced. Smaller particles, under the right conditions, create potentially denser and more uniform coating coverage, providing greater opportunity and efficiency to fill surface disparities, which can often lead to bulk coating failures over time. nTech is engineering new opportunities wherein the right particles are able to contribute more benefit to a post-cure coating's overall performance and stability than mere bulk density considerations would otherwise predict.
Currently, particulates blended in coating binders typically range from 5 to 50 microns in size. Within the last 3 years, the problem of grinding solids to preferred nano-meter scale particle ranges has found solutions. Current techniques to produce nano-sized particles from many useful coating solids remain somewhat inexact. However, with the use of specially engineered air mills and new high throughput sizing technologies, particles can be ground to desired nanometer particle ranges from 30nm to 200nm. New technologies scheduled for use later in 2007 will assure much more precise size tolerances which will give rise to more exact specification for coatings products and greater expectations in their performance. nTech is participating in the commercialization of new particulate sizing technologies which will benefit the company's core products.
"While most current R&D in nanotechnology is ethereal and experimental, nTech is squarely focused on immediate solutions that can be commercialized today," Mr. Maile said. "Using what we now know, nTech is positioned to be far ahead of the competition in formulating coatings and binding solutions for multiple industries."
About nCoat, Inc.
Formed in 2004, nCoat, Inc. is an emerging nanotechnology company focused on the development of new nano-formulated and traditional coatings that make it an international leader in the development and marketing of coatings applied to metal, ceramics, fabric, and other materials. The company specializes in nanotechnology research, commercialization, licensing, and distribution, and through its subsidiary companies develops and distributes commercially viable proprietary nanotechnology and traditional coatings products. At nCoat, we invite the world to "Innovate with us."
About nTech, Inc.
nTech, Inc. is a for-profit intellectual property research, development, engineering, distribution and licensing company. A wholly owned subsidiary of nCoat, nTech holds and manages all proprietary intellectual property for nCoat and its other subsidiaries. nTech provides engineered coatings solutions and consulting, developing nano-formulated and micron-formulated high performance coatings that provide superior performance for numerous industries including automotive, aerospace, medical, armaments, and diesel engines sectors. nTech also develops processes, equipment and strategies for high volume production, plant and engineering specifications, quality control, safety training, and logistical supervision.
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. Statements in this press release which include words such as "anticipates," "plans," "potential," and similar terms may include forward-looking statements. Factors which could cause the Company's results to differ from the forward-looking statements include a decline or slower-than-anticipated growth in revenue opportunities related to the diesel engine manufacturing industry, and a decline or slower-than-anticipated growth in the demand and use for nano-formulated commercial products and related revenue streams for the Company, as well as listed in the "Risk Factors" sections of the Company's publicly filed reports. The Company expressly disclaims any obligation or intention to update any forward-looking statement.
ON BEHALF OF THE BOARD
Paul S. Clayson, Chief Executive Officer
For more information, please click here
nCoat, Inc. Investor Relations
For product information contact:
Copyright © Market Wire
If you have a comment, please Contact
Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content.
Fonon Announces 3D Metal Sintering Technology: Emerging Additive Nano Powder Manufacturing Technology August 28th, 2014
SouthWest NanoTechnologies CEO Dave Arthur to Discuss “Carbon Nanotubes and Automotive Applications” at The Automotive Composites Conference and Expo 2014 (ACCE2014) August 28th, 2014
Nanodiamonds Are Forever: A UCSB professor’s research examines 13,000-year-old nanodiamonds from multiple locations across three continents August 27th, 2014
Competition for Graphene: Berkeley Lab Researchers Demonstrate Ultrafast Charge Transfer in New Family of 2D Semiconductors August 26th, 2014
A new, tunable device for spintronics: An international team of scientists including physicist Jairo Sinova from the University of Mainz realises a tunable spin-charge converter made of GaAs August 29th, 2014
Nanoscale assembly line August 29th, 2014
New analytical technology reveals 'nanomechanical' surface traits August 29th, 2014
New Vice President Takes Helm at CNSE CMOST: Catherine Gilbert To Lead CNSE Children’s Museum of Science and Technology Through Expansion And Relocation August 29th, 2014