Low Cost New Plastic Fabric That Can Automatically Reduce The Body'S Surface Temperature.

Recently, scientists in the United States have developed a new low-cost plastic that can automatically reduce human body surface temperature.

。

An engineer from American magazine introduced this kind of thing in an interview.

It means that people can feel cool when they are in high temperature, even without air conditioning.

Cui Yi, an associate professor of materials science and photonics at Stanford University, said Yi Cui is a way to save energy and keep cool.

The researchers used nanotechnology, photonics and chemical technology to develop this new textile fabric and reduce the body temperature through two ways:

1) this fabric can make human sweat evaporate efficiently, just like cotton.

2) at the same time, this fabric has the typical characteristics of polyethylene material pparent plastic material, which is tightly covered with plastic, and is often used as a fresh-keeping film for kitchen.

Ordinary

The fabric blocks the outward release of infrared light around the body, but this new material allows infrared rays to pass through easily and promote heat emission.

All bodies, including our bodies, emit infrared rays and release heat.

)

A professor of electrical engineering in Standford introduced that when people sit in offices, the heat of human 40~60% is carried away by infrared radiation.

However, there are few studies on thermal radiation in the field of textiles at present.

To test the cooling capacity of the fabric, the researchers placed the plastic fabric and ordinary cotton fabric samples on the same bare skin to test the body temperature changes.

The test results show that the body surface temperature of cotton fabric is higher than that of the new fabric lower body surface temperature 3.6 degrees Fahrenheit.

I believe that people wearing this new plastic fabric will greatly reduce their dependence on air conditioners and fans.

The researchers said they would make more improvements in the color, texture and pattern of the new fabric.