Everyone knows that customized functional underwear is a new type of underwear designed based on various medical principles, which has a strong body shaping effect. Therefore, it is deeply loved by young women nowadays. It is very helpful for those who have an unsatisfactory figure and do not have time to exercise. So, do you know what fabrics are used for customized functional underwear? What fabrics can help us achieve this effect?
Here are four materials for customizing functional underwear that we will introduce to you:
Germanium is an element composed of 32 electrons. When the temperature reaches 32 degrees, ions are released, which can promote blood circulation, relieve muscle discomfort and metabolic fatigue, and help restore bodily functions. The ions released by germanium can also neutralize ions in the human body, adjust biological currents, and maintain the balance of internal electricity!
According to medical reports in Japan, the ions released by germanium have functions such as activating immunity, relieving discomfort, and protecting against electromagnetic waves. For modern people who often experience fatigue, soreness in their hands, feet, waist, and neck, excessive pressure, poor blood circulation, and are often exposed to electromagnetic waves, germanium is indeed of great help! The use of germanium has even obtained permission for the use of medical supplies in Japan.
The radiation protection set adopts a blended woven electromagnetic radiation shielding fabric, which has the same appearance as ordinary fabrics. It is made of high-grade fine metal shielding fibers mixed with cotton and polyester, and the shielding fibers are even finer and softer than silk. This fabric has been tested by the testing center and the shielding effect has reached 99. 9% retains the softness, uniformity, breathability, washing resistance, density, and firmness of ordinary fabrics.
Performance: It can effectively shield electromagnetic radiation generated by computers, household appliances, mobile phones, transmission stations, etc. Prevent damage to the nervous, immune, circulatory, and reproductive systems of the human body caused by electromagnetic radiation.
3. Bamboo carbon: Bamboo carbon is made from bamboo as raw material, which is carefully fired after high-temperature pyrolysis. Bamboo carbon tissue is rich in minerals and has many pores, with a specific surface area of over 300 square meters/gram, so it has strong adsorption capacity, and the microorganisms attached to its molecular surface can completely decompose the adsorbed substances. Bamboo carbon, which has undergone high-temperature pyrolysis, also has the ability to release far-infrared radiation, generate negative ions, and absorb electromagnetic waves.