What new products will nano create?

For example, nano t-shirts, nano waterproof shoes, ......

Nanotechnology can directly use atoms or molecules to construct products with specific functions, such as materials with specific properties or biomaterials and biomimetic materials that do not exist in nature. Derivatives of nanotechnology include: nanorobots, nano raincoat umbrellas, waterproof materials, etc.

Nanorobots are designed and manufactured functional molecular devices that can operate in nanospace according to the biological principles at the molecular level, also known as molecular robots. The research and development of nanorobots has become a hot spot at the forefront of today's science and technology.

In 2005, many countries have formulated relevant strategies or plans, and invested heavily in seizing the strategic highland of nanorobots.

The monthly magazine "Robot Times" recently pointed out that nanorobots have a wide range of potential uses, especially important in the medical and military fields. The emergence of every new technology seems to contain infinite possibilities.

It won't be long before amazing nanobots the size of molecules will continue to enter the daily lives of humans.

Introduction to Nanotechnology:

Nanotechnology, also known as nanotechnology, is a technique that studies the properties and applications of materials with structures in the range of 1 nanometer to 100 nanometers. After the invention of the scanning tunneling microscope in 1981, a world of molecules from 1 to 100 nanometers in length was born, with the ultimate goal of directly constructing products with specific functions by counting atoms or molecules simultaneously.

At present, the research and application of nanotechnology is mainly in materials and preparation, microelectronics and computer technology, medicine and health, aerospace and aviation, environment and energy, biotechnology and agricultural products. Devices made of nanomaterials are lighter, harder, longer-lasting, less expensive and more convenient to design. The use of nanomaterials can also make materials with specific properties or materials that do not exist in nature, and make biomaterials and biomimetic materials.

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There are many applications that make use of nanotechnology, such as the construction field, nano-ceramics, nano-home appliances and EPS.

1. The windows of the building can be cleaned by mixing smart materials and nano titanium dioxide particles, which is clean and environmentally friendly, and these energy-saving materials are applied to 7,000 square meters of roads in Milan, thereby reducing the nitrogen dioxide level by 60%.

2. Nano ceramics, nano ceramics are used in cement to increase strength, and some nano substances are added to new construction materials, thereby improving mechanical strength, durability and insulation, while reducing weight compared to traditional materials.

3. Nano home appliances, the nano freezer currently sold on the market, is in the part that is easy to reach by human hands and easy to invade by bacteria, using nano-treated materials, which can effectively inhibit the growth of bacteria, thereby improving the antibacterial ability of the freezer.

Najan grinding rice washing machine, that is, the outer barrel of the washing machine is made of nano materials, so that the washing machine can not only prevent high temperature, wear and friction, but also have a strong anti-scale ability.

4. EPS: The application of nanotechnology to divide gasoline molecules into nanometers of protons to ensure full combustion, the consequence of such application is that gas combustion is completely conducive to power improvement and energy saving.

Germany's special non-polluting wear-resistant transparent coatings made of nano-silicon-based ceramics are coated on glass, plastics and other objects, and have the functions of anti-fouling, dust-proof, scratch-resistant, wear-resistant, and fire-resistant.

Extended information: Nanotechnology, also known as nanotechnology, is a technique to study the properties and applications of materials with structures in the range of 1 nanometer to 100 nanometers. After the invention of the scanning tunneling microscope in 1981, a world of molecules with a length of 1 to 100 nanometers was born, with the ultimate goal of constructing products with specific functions directly from atoms or molecules.

Therefore, nanotechnology is actually a technology that uses individual atoms and molecules to make matter.

The use of nanomaterials can make materials with specific properties or materials that do not exist in nature, and make biological materials and biomimetic materials. However, there is a lot of hype in the concept now, many of which are limited to the theoretical stage of the laboratory, and the more realistic ones are mechanical lubricants, chemical catalysts, and medical fixed-point super-effective agents.

Because sensitive nano detection technology can be used to achieve early detection and prevention of diseases, so that we do not have to feel terrible when facing cancer, and cancer can be strangled in the cradle through this technology.

In the future, we can use nano sustained-release technology to release the effect of the drug slowly, so that we don't need to take the medicine several times a day, and we can burn it for a week or even a month.

Development of nanotechnology:More than 30 countries around the world are planning and investing in R&D in the nano field, including research in forward-looking fields such as physics, biotechnology and electronics, as well as the manufacturing and characterization of new nano materials. The industry is also enhancing its competitiveness by developing new products and improving product performance through newly established nanomaterial properties and car bond closure technologies.