Can Ceramics Be Made Into Garments? &Nbsp; Health Care Is Attracting Attention.

It can be used now.

In the impression of people, ceramics are basically used for making bowls, cups, tiles and so on. How can they make clothes?

Beijing special ceramics

So how much is the 1 nanometer? Wu Jin made an analogy. 1 nanometer objects on table tennis are like a table tennis ball on the earth.

This is the concept of nanoscale length.

When we make ceramic particles only a dozen or so dozens of nanometers, its chemical properties are very stable, and we can add various health care ingredients according to actual needs.

The fine ceramic particles with stable properties are added to the fibers with diameters of more than ten microns, and then these fibers are used to make cloth. Finally, ceramic garments can be made.

The nano ceramic powder can be integrated with leather, rubber, cotton, linen, silk and other organic polymer materials by adding a layer of organic film.

Just like water and oil can not be integrated into one, inorganic materials and polymer organic materials can not be easily combined, but we know that ceramics belong to inorganic materials, and materials for making garments are almost all polymer organic materials, such as cotton, linen, silk, leather and so on.

How can we ensure that they do not exclude each other and play their respective roles?

Wu Jinqian said that after the untiring efforts of researchers at the fine ceramics Laboratory of Tsinghua University, a microcapsule coating technology was finally invented.

This technology is to wrap each fine ceramic particle outside a layer of organic film, and then melt them through more than 200 degree high temperature in cotton, hemp, leather and other polymer organic materials.

In this way, inorganic ceramics can be combined with organic fibers to produce daily necessities with various nano ceramic composite functions.

Infrared ray is a kind of light wave beneficial to human body, it can promote the metabolism of human body.

Scientists have discovered that ceramics can emit infrared rays that are beneficial to human body at room temperature, and the infrared rays they emit are basically consistent with the wavelength of infrared rays emitted by the body itself.

In this way, when ceramic is close to the human body, it will produce resonance.

It can be seen that wearing ceramic clothing can accelerate blood circulation and encourage the body to absorb more energy.

At present, this kind of health care clothing has appeared in the market.