Air and Magnetic Fields

Biomagnetic energy contains magnetizing components: the peripheral static magnetic field generated by iron and nickel can increase cell activation, adjust the magnetic field and the autonomic nervous system in the body, relieve soreness, low back pain, autonomic nerve disorders, and promote the growth of osteoblasts The effect of a certain intensity of static magnetic field increases the concentration of calcium ions in osteoblasts, and the effect of a certain intensity of static magnetic field can promote the proliferation and differentiation of osteoblasts. Zirconium can improve the turbid aura of the human body and reduce the production of negative energy.

Emits far infrared

The remaining trace elements in the yarn made of biomagnetic energy can release high-efficiency far-infrared rays. Far-infrared rays have the functions of keeping warm and health care, promoting blood circulation, and promoting metabolism. Far-infrared rays can reduce the production of blood lactic acid in the human body, effectively reduce the blood lactic acid produced by people's exercise, and the replacement can quickly restore the degree of fatigue, which has an anti-fatigue effect.

Antioxidants delay aging

Bio-magnetic energy fiber is a fiber made of natural rock "magnetite" after nanometerization, through polymer rearrangement technology, and the product is rich in selenium, iron, nickel, zirconium, calcium, magnesium, aluminum , silicon, potassium, titanium, manganese and other trace mineral elements that are beneficial to the human body. After the application of this fiber, it can promote human metabolism and blood circulation. When human metabolism is accelerated, the pores expand and the water discharges toxins through the pores.

In addition, selenium can inhibit the activity of tyrosinase, block the production of melanin, improve skin whiteness from the inside out, inhibit the formation of melanin on the skin surface, and make the skin whiter.

Biomagnetic energy fiber contains selenium element, which is the strongest anti-free radical element and has strong antioxidant capacity; it can remove excess oxygen free radicals in the human body, reduce the oxidation of cells, and achieve the effect of delaying cell aging.