Our core expertise is our proprietary Linear Coating, a new process enabling nano particles and molecules to be assembled to form a thin film or monolayer with unprecedented uniformity and thickness control, all to improve efficiencies and performance of existing products, tools and processes. Our first products to be commercialized are designed to address the solar energy market, a large and growing industry. Our technology and related products offer the following advantages:
· Continuous industrial production of molecular and nanoparticle
· High precision and thickness control
· Low production costs and low cost of ownership
· Environmentally friendly and minimum waste.
· Improved solar efficiency (potentially up to 30% improvement)
· Lower cost of installation of solar panels on roof tops
· All-day performance, Lower $/Watt
· Effective collection of sunlight under all weather conditions
We are the only company that can provide products based on an industrial process involving the deposition of nanoparticles on a monolayer to modify properties of the said products, or obtain new ones, in order to gain performance; a monolayer being the regular assembly of similar objects such as molecules or particles arranged side by side forming a single and uniform plane, and a multilayer is formed by a superposition of such monolayers.
Key to a nanotechnology process is the deposition of nanoparticles on a substrate to modify its properties, or obtain new ones, in order to gain performance. Current processes like Spin Coating, Spray Coating, Self Assembly, Vacuum Coating (CVD) and Langmuir-Blodgett have difficulties to obtain structured and organized deposition in a production environment (fig 1).
Current competing processes are generally expensive; production is lengthy and quite involved, not efficient and, in most cases, can not deliver sought properties at a nano scale level. Nanometrix is the first that can deliver continuous monolayer on a thin film with all desired properties. To enable perfect assembly of molecules on continuous monolayer film, we have developed a proprietary tooling process as shown in figure 2.
