According to Dr. Kodenshi, the term "photoelectron®" in clothing is different from the physical term "photoelectron. The term "photoelectron®" refers to fibers that have enhanced absorption and radiation of far-infrared rays by uniformly kneading high-purity fine ceramic particles into the fibers, in other words, fibers with a comfortable heat-retaining function. Dr. Kodenshi says, "The fiber absorbs far-infrared rays (body heat) emitted from the body and retains heat. Nami thought, "No, no, no, no, no. No, no, it's not like burning binchotan charcoal, humans don't emit far-infrared radiation, do we?
Dr. Kodenshi apparently noticed Nami's quizzical look. Then, in order to feel the far-infrared rays, put your palms close together," he said. Nami's palms were indeed close to each other, and a feeling of warmth was felt in both hands. Is this the true nature of far-infrared radiation?
Let's continue with Dr. Cordenci's commentary.
. many of the warmer synthetic fibers are heated. . On the other hand, Photoelectron® is a "heat-retaining" fiber. On the other hand, Photoelectron® is a "heat-retaining" type. On the other hand, Photoelectron® is a "heat-retaining" material, which means that it does not get too hot and keeps you naturally warm.
Nami, however, could not help but agree: "Hmmm, so it is comfortable to wear in the early fall when it is still a little hot because it has a natural warmth rather than forcibly warming you up.
Nami has finally learned about Photoelectron® properly. . Is that why I feel comfortable when I sleep or ride my bike? I feel less sweaty because I am not forced to wear Photoelectron® and I do not feel hot. . . maybe that's why my cat, who never used to get attached to me, has been so affectionate lately. ...to be continued
