Computer parts are relatively small in the grand scheme of life, and they're constantly shrinking. However, nanotechnology is poised to take over the design of computers in the future, making them so cool, technologically advanced, and perhaps almost invisible to the naked eye in some instances. There are already many applications for the use of nanotechnology in everyday items, but computers are still being investigated and tweaked. The older your computer is, the bigger your inner working parts will be. However, as things progress, nanotechnology is poised to create a CPU for your computer that could give you more power in a tiny size, allowing your computer to run faster, smarter, and take up less space than ever before.
Nanotechnology is already being studied for the development of computers. A nanometer is one-billionth of a meter, and anything under 100 nanometers or smaller is considered nanotechnology. If you want an idea of how big a nanometer really is, check this out: a human hair is about 100,000 nanometers wide. If nanotechnology does what it intends, it will only be a matter of time before computers are so small that they can be taken anywhere.
Electronic computers, complete with microscopic CPUs, are being build through a process called nanolithography. This is basically the process of creating microscopic circuits and wiring much like a typical computer that you would see today, but on a much, much smaller scale. Electronic devices like computers will continue to become smaller and more powerful with the use of nanotechnology, creating a way eventually to integrate computers into everyday life, including almost every different aspect of daily lifestyles. In the future, computers will be everywhere, but they won't be noticed in most cases because they are so microscopic and integrated into whatever they are used for.
Imagine a day when computers are as small as a tiny chip, and they can be put into everything from clothing and appliances to even the human body, allowing for a world with pervasive computing. This basically means the integration of technology into all areas of life. Not only will nanotechnology make smaller, more advanced, and cooler CPU technology possible, but it will make life as we know it completely different than we could possibly imagine. For now, it might seem like a virtual reality. Modern life is a far cry from 'The Jetsons' but with everyday, things are getting more technologically advanced, and it's only a matter of time before a more advanced, cooler CPU is available.
Nano particles used in an epoxy floor coating are small particles less than 0.1 micron. These small particles have not traditionally been used in epoxy coatings but when employed properly can upgrade epoxy coatings physical properties. Eight of these nano particles, side by side, will be less than the width of a human hair.
For example, nano technology can be used to improve the strength of epoxy coatings through reinforcement of the coating. The technology imparts clarity to the epoxy coating while traditional coating additives cause opaqueness. Depending upon the desired characteristics, nano technology has the potential to alter many features of an epoxy floor coating.
While imparting special properties to an epoxy coating, nano particles allow the coating to remain clear. This is in addition to abrasion and impact resistance. Flow properties are also improved.
Great improvement is seen in abrasion resistance and surface hardness. This translates to better scratch resistance. A warehouse floor coated with nanotechnology epoxy coating will have a longer life and appearance.
The nano epoxy coating can be formulated to produce a 100% solids coating without solvent. This "green technology" is certainly another added benefit that architects and building owners are attracted to when adding Leeds points to their epoxy floor specifications.
There are epoxy floor coatings that claim to have antibacterial an microbial properties with certain chemical additives. How do nano epoxy coatings compare?
Nano particles with specific properties can be incorporated to produce these properties. Using mateials proven safe by the FDA are being tested at the present time. The future holds great promise for new products in this arena.
In formulating work thus far, nano epoxy floor coatings exhibit a much improved flow characteristic. Ease of application is therefore a distinct advantage. The labor used to apply nano epoxy floor coatings is reduced from the improved ease of application feature.
However, the single most important feature of the nano epoxy is abrasion resistance compared to existing epoxy floor coatings. At first, the scratch resistance in the initial stages of cure is apparent and becomes more so after the stage of final cure.
The abrasion resistance of the new nano epoxy floor coating technology is accompanied by gloss retention. All other additives that attempt to improve abrasion resistance cause the loss of coating gloss. This advancement in nano technology epoxy floor coatings is impressive.
"The Nano Graphene Platelets (NGP) material discovered in 2004 has been studied for a number of years. It has many of the same characteristics as Carbon Nano Tubes (CNT) and other carbon particles; NGPs overall performance equals or exceeds most application performances when compared with any other Nano particles. Nano Graphene Platelets are also known as Graphene Nanoplatelets. Carbon Nano Tubes are also known as Carbon Nanotubes.
According to some studies, composites when infused with NGP are stiffer and less prone to failure than composites infused with carbon nano tubes or other nanoparticles. These gains are in the area of 1 order of magnitude.
When added to polymers, NGPs mechanical strength exceeds that of Carbon Nano Tubes (CNT). NGP and CNT can have similar functionalization or surface treatments to improve mechanical bonding and electrical characteristics. NGPs superior shape (grid like or fence shape) gives a better mechanical attachment than the CNT tubular shape, this unique shape gives NGP significantly higher strength, puncture and crack resistances, as well as excellent permeability barrier properties. These improved properties can be seen in a host of different materials.
Super capacitors can perform better when made with NGP. NGP based nanocomposite materials exhibit high levels of capacitance and electrical conductivity as well as demonstrating chemical stability and low mass density. The conductive film is superior because of the unique molecular shape of the particles, which can store more electrons than other known materials.
When adding 1% to 2 % NGP by volume to aluminum the electrical conductivity and strength are improved significantly.
Nano glass coatings are based on chemical nanotechnology that forms a thin coating over any glass window or surface. The transparent layer coatings are hygienic and provides excellent water, dirt roll off from the glass window surface. They reduce maintenance and cleaning costs. They are ecologically beneficial and biologically safe. They are dust repellent and prevent glass from corrosions. They are colorless, transparent and remain stable at varying temperature. Such glass coatings increase the resistance to water pooling, dirt and grime. This is a new coating technology for glass substrates. It is an invisible treatment which cannot be removed by water or cleaning agent.
Nano glass coatings appear like a chemical reaction of gel solution and only few atoms forma a thick nanoscale structure. The structure gives glass a durable hydrophobic effect. There is cost effective and fastest glass coating solutions available in the market. Extreme thin coatings has low consumption rate on the market. You can apply this on high raising buildings where advanced technology is used to treat the glass of the building. A special abrasive cleaning system is available to prepare the glass and to remove contaminants from the surface of the glass. When a water based solution is combined with the coatings then it can be used to remove hard stains, paint and cement and bleeding stains. They are completely scratch free and you can use it to clean boat and yacht glasses, shower screen, aviation glass and car windscreen. The coatings will last for longer time and keep the glass clean. They are resistant to salty air and reduce the growth of bacteria. They prevent bird fouling sticking to the surface.
Nano Formula is a distributor for Australia and New Zealand protective easy to clean coatings to the customers. Their coatings are based on Nano technology and their products can be used for home, office and professional cleaning. The coatings work as Nano polish for different type of surface and they clean up the surface faster. Their products have water, dust and dirt repellent effect and the polishing effect last for longer time.
Nano tech products make our environment healthier. They have long lasting formula with less consumption. The easy to clean products are available in affordable price in small 100ml plastic bottles. They are household cleaning products without chemicals. The cleaning products are not detergents but they are more effective than a common cleaner. Apply them over glass surface and clean the dirt with a slightly moistened cloth. All Nano tech products are liquid polymers containing Nano particles with formulas. The polishing effect fills scratches and other spots over the glass surface. Even such products are available to protect car painted surface from abrasive factors. Products are available to clean household interior parts. It is good to use more natural and healthy products.