Global scientists work hard to develop [generative textiles]

Scientists at the University of Texas at the United States are engaged in the development of innovative products. Earlier they injected carbon nanotubes while spinning. Helps create textiles that generate power as a mobile electronic product for charging purposes.

They made nanotubes in the form of nano-size powders such as boron, magnesium, and binderless materials into superconducting particles in an easily manageable form.

Therefore, scientists hope that the fabric of this yarn will generate energy to transmit to the light battery.

Alan McDermity, director of the Institute of Nanotechnology at Ray Bauman University, quoted the use of powdered materials such as boron, magnesium battery electrodes, superconducting wires, and even catalysts in fuel cells to play an important role, But without complicated processes, combining their shapes is hardly effective.

By first "grow" the carbon nanotube mesh and then spray it with powder, any finely ground material can be turned into a "sewable, knittable, knottable, braidable yarn.

The powder accounts for 95 to 99% of the yarn weight. The trap was trapped in a twisting nanotube network. Therefore, the power supply is retained even after the product has been washed many times.

This type of nanotube-textile clothing stores energy during wear and is used to charge mobile devices such as mobile phones.

At the same time, researchers at Rice University are focusing on the development of conductive carbon nanotube fibers. These fibers may one day be used in low-loss power transmission cables or superstructure materials.

At Stanford University's laboratory, we are actively developing textile-based energy storage devices.

Therefore, the concept of wearable power generation at the University of Texas has made scientists around the world work hard to make it a reality.

Once this technology is mature, it will have a huge impact on the textile industry. Let us wait and see.