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With the development of science and technology, many high-tech products have appeared in medical clothing. The research and development of fabrics and various inventions that are more in line with the human body and medical experience have made medical clothing more possible. The following special medical clothing.
Chinese companies have cooperated with foreign countries to successfully develop phase-change temperature-adjusting fibers using “space aerospace technology”, and produced “warm in winter and cool in summer” temperature-adjustable clothing for the first time in China . Phase-change temperature-adjusting fiber is a layer of microcapsules containing phase-change material coated on the surface of the fiber by high-tech means. Under normal body temperature, the material coexists in a solid and liquid state. After using this fiber to make clothing, when entering a higher temperature environment from a normal temperature environment, the phase change material changes from solid to liquid and absorbs heat; when entering a lower temperature environment from the normal temperature environment, the phase change material It changes from a liquid state to a solid-state, releasing heat, thereby slowing down the change in the body surface temperature of the human body and maintaining a sense of comfort.
Italian Mauro Tagliani designed a shirt with a “shape memory function”. When the outside temperature is high, the sleeves of the shirt will automatically roll from the wrist to the elbow within a few seconds; when the temperature drops, the sleeves can automatically recover. At the same time, if the human body sweats, clothes can also change shape. The secret of this “shape-memory function” lies in the addition of nickel-titanium memory alloy material to the shirt fabric. Clothes tailored with shape memory fabrics also have the super anti-wrinkle ability. No matter how you knead, they can be restored to their original shape within 30 seconds, so you don’t have to worry about wrinkled clothes anymore.
British scientists have developed a special clothing material that will quickly harden when impacted, thereby slowing the impact force, and then immediately softening, without restricting the flexibility of the wearer. This kind of clothing fabric is usually light and flexible, but it will harden within 1/1000 second when hit, and the stronger the impact, the faster the response. This is because this material is composed of flexible molecular chains that hook into each other when moving at high speeds. The principle is a bit like the situation of a car driving on wet sand: when driving at a slow speed, it will sink, but when the car is fast, the sand The pellets will stick together and the car will not sink. This fabric can be used to make flexible knee pads, competition suits, sports helmets and sports shoes that adapt to changes in load during running.
If you are worried about not getting enough vitamin C from your diet, you can wear a vitamin-rich T-shirt. Recently, Japan invented this vitamin-containing fabric. This fabric incorporates vitamin C that can be converted into vitamin C into traditional textile fabrics. When vitamin C comes into contact with human skin, it will react to produce vitamin C. A T-shirt produces vitamin C equivalent to 2 lemons. Wearing this T-shirt, people can take vitamin C directly through the skin, how amazing it is!
The clothing of the future will integrate people with the digital world. In electronic clothing, even computer applications have become as common as zippers. Now American scientists have developed textiles with conductive functions. Using it, researchers have invented a textile keyboard that fits on clothes. Shirt wearers can use it to easily play beautiful music. I believe this new material will soon become the new favorite of fashion designers. Fashionable catwalks are not only a release venue for fashion designers’ artistic innovations but also a new stage for technology to show its charm.
As early as the 1950s, clothes with automatic cleaning functions appeared in movies. Today’s scientists are turning this fantasy into reality. Researchers mixed titanium dioxide particles into traditional textile fabrics to make clothing fabrics with self-cleaning functions. When this fabric is exposed to sunlight, the titanium dioxide particles in the fabric can catalyze the decomposition of grease, dirt, pollutants, and harmful microorganisms on the surface of the fabric. Chinese scientists use an amphiphilic polymer polyvinyl alcohol as a raw material to prepare nanofibers with superhydrophobic surfaces. The hydrophobic group of this fiber is outward, and the intermolecular hydrogen bond is inward, which reduces the surface energy of the entire system and exhibits superhydrophobicity. Clothes and ties made of this fabric are not stained with rain, grease, ink, and other dirt, so as to achieve the function of self-cleaning and no-washing.
Silver, zinc oxide and other particles with sterilization and disinfection effects can be mixed into traditional textile fabrics to make new fabrics with antibacterial health care functions. This kind of fabric can effectively remove the unpleasant odor from the body and kill the harmful bacteria attached to the clothes. Such products are already available on the market. At present, Beijing Medical Star Clothing Co., Ltd. adopts the “Trick” fabric developed by Japan Unijico and Haining Company to make medical clothing products that belong to this new type of environmentally friendly green product.
Japanese scientists have recently developed invisible clothing that can allow people wearing clothes to be partially invisible. This invisibility garment is called an “optical camouflage” garment, which is made of “reflection material”. The clothes are covered with reflective beads, and there are several small cameras on the clothes. When someone puts on the clothes, the background image captured by the camera will be displayed on the front of the clothes, and the foreground image will be displayed on the back of the clothes. This allows the wearer to blend with the environment and achieve an invisible effect.
The dry air in office buildings often makes us face the trouble of being attacked by static electricity. The conductive polymer materials are compounded into traditional textile fabrics to make fabrics with good antistatic and electromagnetic shielding effects. As long as you wear clothes made of this kind of fabric, no matter where you go, you can prevent the intrusion of static electricity and effectively shield the human body from electromagnetic waves.
With the development of science and technology, more and more magical new medical clothing products with special functions will meet with you and bring us a better and healthier life.