How are the other nano clothes made?

Nanotechnology is a multidisciplinary technology that studies the properties and interactions of matter at nanoscale and uses these properties to develop new products.

According to this definition, so far, almost all nano clothing, clothing three proof effect is to let some nano-level particles cover the fiber surface or embedded in the fiber or even between the molecular gaps, because the particles are very small (less than 100nm) and large surface area, high surface energy, on the surface of the substance to form a uniform, extremely thin thickness (not visible with the naked eye, not felt by touch), very small gap (less than 100nm) of the 'aerosol' protective layer.

It is precisely because of the existence of this protective layer that water droplets, oil droplets, dust, stains and even bacteria with a size much greater than 100nm at room temperature are difficult to enter the inside of the fabric and can only stay on the surface of the cloth, thus producing special effects such as three preventions.

At the same time, because the nano-sized particles that form the protective layer are extremely small, they hardly change the physical properties of the original fabric, such as color, comfort, and breathability.

When clothes meet nanotechnology.

Due to the physical characteristics of nanomaterials, such as small size, they can form a uniform, extremely thin thickness and small gap "fog-like" protective layer on the surface of the cloth, which makes the clothes have the function of isolating oil droplets, dust, stains, bacteria, etc., and plays a very good protective role. At the same time, the material of the clothing fabric using nanotechnology is very thin, and it hardly changes the physical properties of the original fabric, such as color, comfort, and breathability.

When dwelling meets nanotechnology.

Nanotechnology and nanomaterials can improve the scrubbing resistance of wall coatings by about ten times, and the thin layer next to nano rolling has a protective effect, which can block water droplets, oil droplets and other stains greater than 100nm at room temperature, and has the function of protecting the wall. When glass and tiles are coated with a nano-thin layer, there are no dirt such as dust, water droplets, and oil droplets on the surface, so that the glass and tiles do not need to be scrubbed frequently.

When travel meets nanotechnology.

Most of today's vehicles are inseparable from engines, such as automobiles, ships, airplanes, etc. Nanomaterials change people's travel, mainly because nanomaterials can greatly improve the efficiency, working life and reliability of the engine, and then improve and improve the performance indicators of vehicles.

Dangers of Nanotechnology:

Nanomaterials have a greater impact on human alastones than ordinary pollutants. This is because nanomaterials are very small in size, and the number of nanoparticles will be much more than microparticles at the same mass, and the chance of reacting with cells is greater, which is more likely to cause lesions. Nanomaterials are small enough to enter cells with little or no obstruction, potentially entering the human nervous system and affecting the human brain, leading to some more serious diseases and consequences.

Easy**. Nanomaterials have abnormal properties, properties that the original substance does not have, and small particles will have. Substances that are not conductive may conduct electricity after the particles become smaller, and some substances that are not flammable may also lead to ** at the nanoscale.

The difference between nano clothes and ordinary clothes:First, nano clothes are more resistant to dirt than ordinary clothes on the stool. When adding nanotechnology to make clothes, a stable gas film can be formed on the surface of the clothes, so that nano clothes cannot be easily soaked by stains.

Second, nano clothes are more breathable than ordinary clothes. The clothes themselves have tiny pores, and nanotechnology makes the clothes breathable and comfortable.

Third, nano clothes have better warmth than ordinary clothes. From the current market, there are many thermal clothing that have added nanotechnology, nano forms a stable gas film on the surface of the clothes, so that the clothes are not easy to be attacked by cold winds, and the heat is not easy to disperse.

In 2013, it will be able to be developed abroad.

On April 26, 2013, Beijing time, according to foreign reports, Japanese scientists used electron bombardment to develop a set of "nanocoats" for fruit fly larvae, which can protect the larvae from vacuum exposure similar to space. Without this suit, the larvae would have died in just a few minutes. The advent of this nanosuit is expected to end the era of human spacesuits.

The nanocoat was developed by scientists at Hamamatsu Medical University in Japan. According to their research, nano-clothed beams formed by electron bombardment can protect Drosophila larvae and allow them to survive in a space-like environment. Science magazine reported that the nanosuit can function as a miniature spacesuit, and if used in an "electronic slag car bath", the nanosuit will eventually be applied to human astronauts.

Nanotechnology. Nanotechnology is the scientific technology of making matter from a single atom and molecule, and studies the properties and applications of materials with structural sizes in the range of 1 to 100 nanometers.

Nanoscience technology is a science and technology based on many modern advanced science and technology, which is the product of the combination of dynamic science (dynamic mechanics) and modern science (chaotic physics, intelligent quantum, quantum mechanics, mesoscopic physics, molecular biology) and modern technology (computer technology, microelectronics and scanning tunneling microscopy technology, nuclear analysis technology).

Nanoscience and technology will give rise to a series of new science and technology, such as nanophysics, nanobiology, nanochemistry, nanoelectronics, nanofabrication technology and nanometrology.

The above content reference: Encyclopedia - Nano Service.

The above content reference: Encyclopedia - Nanotechnology.

Nanofibers are implanted on the surface of the fabric to form a stable gas film to make a biphobic interface fabric, which can be waterproof, oil-proof, and anti-fouling. Protective clothing made of nanofibers has a porous and membraneous fabric that not only allows air to pass through and is breathable, but also repels wind and filters fine particles.

Recently, a lot of thermal underwear has been added with nanofabric, what is the use of this fabric? Today, I will introduce you to nanocloth.

What does nano clothes do.

Nanofibers are implanted on the surface of the fabric to form a stable gas film to make a biphobic interface fabric, which can be waterproof, oil-proof, and anti-fouling.

Protective clothing made of nanofibers, its fabric is porous and filmed, which can not only make air permeable and breathable, but also block wind and filter fine particles, which is aerosol barrier and can prevent biochemical ** and toxic substances.

What is nanoclothing.

Japanese scientists have developed a set of nanocoats for Drosophila larvae, which can protect the larvae from similar vacuum exposure by electron bombardment. The advent of this nanosuit is expected to end the era of spacesuits. The nanosuit can function as a miniature spacesuit, and if it is used in an "electronic bath", this nanosuit will eventually be applied to human astronauts.

Japanese scientists have developed a set of "nanocoats" for Drosophila larvae using electron bombardment, which can protect the larvae from space-like vacuum exposure. Without this suit, the larvae would have died in just a few minutes.

What is nanotechnology for.

1. Clothing: 1Adding nanoparticles to textile and chemical fiber products can remove odor and sterilize; 2.A small amount of metal nanoparticles is added to the chemical fiber cloth to eliminate static electricity.

2. Food: 1Using nanomaterials, refrigerators can be antibacterial; 2.

use nanomaterials to make sterile tableware and sterile food packaging supplies; 3.The use of nano powder to make the wastewater completely clean and fully meet the drinking standard; 4.Making nano food is full of color, flavor and health.

3. Housing: 1The application of nanotechnology has increased the scrubbing resistance of wall coatings by 10 times; 2.

The surface of glass and ceramic tile is coated with nano thin layer, which can be made into self-cleaning glass and self-cleaning tiles without scrubbing; 3.Building materials containing nanoparticles absorb ultraviolet rays that are harmful to humans.

Fourth, line: 1Nanomaterials can enhance and improve the performance indicators of vehicles.