Sweden'S Lightweight Electrode Fabrics: The Potential For Low Cost In The Field Of Technology Is Unlimited.

Clothing is made of fabrics, and fabrics are materials for making garments.

As one of the three elements of clothing, the fabric can not only explain the style and characteristics of the clothing, but also directly affect the color and shape of the clothing.

Show their own noble and perfect, soft feel.

The material used to make garment appearance is called clothing.

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Clothing production is usually divided into fabric and linings and other accessories, and some garments have no lining, so the most important thing as clothing is fabric.

Fabric usually accounts for more than 30% of the cost of clothing, so the quality of the fabric will have a great impact on the finished product.

The fabric of clothing can be divided into three categories: woven fabrics, knitted fabrics, natural fur, leather, leather and imitation fur, leather and leather fabrics.

Researchers at Umea University in Sweden have developed a special new fabric, which can also be luminous, in addition to being light, flexible and low cost.

The industry has broad application potential.

According to reports, this special fabric can give a uniform and bright yellow light, lasting for more than 180 hours.

Scientists believe that it can be widely applied to wearable.

Field.

This new

It is mainly composed of two parts: polymer matrix embedded with acrylic fiber and copper wire braid with silver coating.

The principle of this fabric is to pform it into a pparent textile based electrode by spraying the light-emitting electrochemical cel.

At present, the most common pparent light-emitting devices are organic light-emitting diodes. The production process requires high cost of vacuum production.

This new technology is simpler and cheaper.

Thomas Lanz, Sweden's Umea University, said: "in general, the electrode fabric is very hard, and our results show that lightweight electrode fabrics can have two characteristics of large area luminous capacity and super elasticity."