{"id":80,"date":"2019-11-26T19:11:44","date_gmt":"2019-11-26T19:11:44","guid":{"rendered":"http:\/\/localhost\/ceracoat\/?page_id=80"},"modified":"2025-02-25T12:58:28","modified_gmt":"2025-02-25T11:58:28","slug":"faq","status":"publish","type":"page","link":"https:\/\/ceracoat.me\/pt\/faq\/","title":{"rendered":"FAQ"},"content":{"rendered":"
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\"principal-1\"<\/figure><\/div>
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Frequently Asked Questions Ceracoat<\/h1>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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by Dr. Elio Keller, President Ceracoat Industries<\/em><\/span><\/p>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t

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What is Nanotechnology?<\/strong>
The definition most frequently used by government and industry involves structures,\u00a0devices, and systems having novel properties and functions due to the arrangement of\u00a0their atoms on the 1 to 100 nanometer scale.<\/p>

Many fields of endeavor contribute to nanotechnology, including molecular physics,\u00a0materials science, chemistry, biology, computer science, electrical engineering, and\u00a0mechanical engineering.<\/p>

Due to the extreme breadth and generality of this definition, many prefer to use the term \u201cnanotechnologies\u201d, For clarity, it is also useful to differentiate between near-term and\u00a0long-term prospects, or to segment the field into first-generation through fourthgeneration\u00a0stages.<\/p>


More detailed, Nanotechnology is the description of the science that is able to treat\u00a0particles that are one billionth of a meter. This is about 100000x thinner than a strand of\u00a0hair. Scientist have created microscopes which allow them to see them and tools like\u00a0reactors and mills to manipulate these tiny particles.<\/p>

With CERACOAT nano technology we are able to create very thin coatings, like a thin\u00a0protection \u201cfilm\u201d on any surface, to protect these surfaces from all exterior influences\u00a0(liquid, dirt, temperature, scratching, fire, odor, wear). By molecular self-organization, the\u00a0nano-metric building blocks of Ceracoat form an invisible layer \/ coating on any surfaces. This nano-structuring process works downwards, sideways and upwards resulting in a 3-dimensional protective network. At the same time, the positive characteristics like breathing activity and touch of the surface are retained completely.<\/p>

Crevices on surfaces are usually much larger and make this technology ideal for use as a\u00a0surface coating because the particles are small enough to fill these crevices and not be\u00a0detectable to the human touch.<\/p>

Thanks to the latest developments in NANO technology, there is now a product that\u00a0reduces the Effort for cleaning, saves time and money and works on ALL surfaces from\u00a0bathroom tiles, floors and kitchen sinks to furniture and even clothes: CERACOAT.<\/p>

The CERACOAT product family (absorbent and non-absorbent surfaces, vehicle care,\u00a0engine protectant) works on all surfaces from glass and textiles to metal or plastics. With\u00a0so many possible applications, CERACOAT is the essential all-purpose surface Protection\u00a0in every-day life all around the house and car.<\/p>

Simply for perfect results, most CERACOAT products\/liquids are colorless and form an\u00a0invisible protection coating on all surfaces. Dirt and stain do not adhere to surfaces any\u00a0longer. Even heavy stains like red wine stains, which can ruin expensive clothes or\u00a0carpets, are simply wiped off!<\/p>

Due to its superior product qualities, CERACOAT owns distinctive advantages. Particularly\u00a0in a saturated market, CERACOAT offers unique growth potentials and new market\u00a0chances to retailers. Since CERACOAT can be used for a wide range of applications, an\u00a0extremely large Group of buyers is targeted: The whole population!<\/p>

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Why develop Nanotechnology?<\/strong>
Gaining better control over the structure of matter has been a primary project of our species since we started chipping flint. The quality of all human-made goods depends on the arrangement of their atoms. The cost of our products depends on how difficult it is for us to get the atoms and molecules to connect up the way we want them. The amount of energy used \u2013 and pollution created \u2013 depends on the methods we use to place and connect the molecules into a given product. The goal of nanotechnology is to improve our control over how we build things, so that our products can be of the highest quality and while causing the lowest environmental impact. Nanotech is even expected to help
us heal the damge our past cruder and dirtier technologies have caused to the biosphere.<\/p>

Nanotechnology has been identified as essential in solving many of the problems facing\u00a0humanity. Specifically, it is the key to addressing the Foresight Nanotech Challenges:<\/p>

  1. Providing Renewable Clean Energy\u00a0<\/li>
  2. Supplying Clean Water Globally<\/li>
  3. Improving Health and Longevity<\/li>
  4. Healing and Preserving the Environment<\/li>
  5. Making Information Technology Available To All<\/li>
  6. Enabling Space Development<\/li><\/ol>

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    Where is Nanotechnology being developed?<\/strong>
    Research and development of nanotechnology is taking place worldwide. As this is written,\u00a0government spending is at approximately one billion U.S. dollars in each of four global\u00a0areas: (1) the United States, (2) Europe, (3) Japan, and (4) the rest of the world, including\u00a0China, Israel, Taiwan, Singapore, South Korea, and India. Similar amounts are said to be\u00a0being spent in the private sector, with these figures being quite difficult to determine\u00a0accurately due to the breadth of the nanotech definition, which includes a large number of\u00a0older technologies.<\/p>

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    How can nanotechnology promise to build products with both extreme precision in\u00a0structure, and environmental cleanliness in the production process?<\/strong>
    Traditional manufacturing builds in a \u201ctop down\u201d fashion, taking a chunk of material and\u00a0removing chunks of it \u2013 for example, by grinding, or by dissolving with acids \u2013 until the\u00a0final product part is achieved. The goal of nanotechnology is to instead build in a\u00a0\u201cbottom-up\u201d fashion, starting with individual molecules and bringing them together to\u00a0form product parts in which every atom is in a precise, designed location. In comparison\u00a0with the top-down approach, this method could potentially have much less material left\u00a0over, greatly reducing pollution.<\/p>

    In practice, both top-down and bottom-up methods are useful and being actively\u00a0pursued at the nanoscale. However, the ultimate goal of building products with atomic\u00a0precision will require a bottom-up approach.<\/p>

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    Which country leads in Nanotechnology?<\/strong>
    World leadership in nanotechnology varies according to which sub-category of technology\u00a0is being examined. In general, nanotechnology is unlike a number of recent major\u00a0technological innovations in that the U.S. does not hold a very strong lead at the start. High quality work is taking place around the world, including countries with a higher\u00a0fraction of engineering graduates, much lower R&D costs, and (unfortunately) lessstringent\u00a0environmental standards. But we can still consider that the one of the leading\u00a0countries is Germany with the INM (institute for new materials, a Nanotechnology\u00a0specialized university) in Saarbrucken, and the Saarbrucken region that is called \u201cnanovalley\u201d.\u00a0Ceracoat is in close contact with the INM for its R&D.<\/p>

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    Are there any safety or environmental issues with the Nanotechnologies in use\u00a0today?<\/strong>
    Concerns have been raised regarding potential health and environmental effects of the\u00a0passive nano structures termed \u201cnanoparticles\u201d. Regulatory agencies and standards\u00a0bodies are beginning to look at these issues, though significantly more funding for these\u00a0efforts is required. Foresight is working with the International Council on Nanotechnology\u00a0to address these concerns.<\/p>

    One important issue is to know, what kind of Nanotechnology products are you using and\u00a0if there are \u201cnanoparticles\u201d in the liquids. Ceracoat uses the \u201csol-gel\u201d process to produce\u00a0their products. In a sol-gel process, no particles are in the liquid, so, Ceracoat products are\u00a0completely safe and due to the fact they are water-based, also environmentally friendly.<\/p>

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    How can I participate in or influence the nanotech revolution?<\/strong>
    By becoming part of the Ceracoat-Family. By becoming a Ceracoat distributor to help\u00a0change human habitudes, make all-day-life easier, help people save time & money by\u00a0preventing nature.<\/p>

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    How do Ceracoat coatings work? What is it?<\/strong>
    Ceracoat coatings are ceramic coatings for every surface you can imagine. We just add a\u00a0very thin (under 100 nanometers) ceramic (natural material in a water solution) film\/layer\u00a0on a surface to make it liquid and dirt repellent. Surfaces will remain clean much longer,\u00a0can be cleaned just by absorbing the dirt (if liquid) with an absorbent paper or by rinsing it\u00a0with water (non liquid dirt), or just by polishing the dirt away.<\/p>

    https:\/\/www.youtube.com\/watch?v=qMJA0Et5zCM&index=1&list=PL8AE7AF3616386453<\/a><\/p>

    Ceracoat Ceramic Nanotechnology incorporates nano-sized ceramic particles into a smart formula providing added protection to surfaces.<\/p>

    Ceracoat Products coat the crevices in surfaces with fibers so small that dirt, liquid, cannot penetrate into them. This process is completely harmless to hard and soft surfaces and your family! Imagine that you put a glass panel on a towel. The towel absorbs liquid and dirt, if you put a glass panel on the towel, the towel is completely protected against liquid and dirt by this glass. This is how nano technology works. The nano-coating (ceramic) is so thin, that you cannot see of feel it, and it is completely flexible and does not change the surface).<\/p>

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    Benefits of Ceracoat Ceramic Nanotechnology<\/strong>:<\/p>