Products are composed of a conductive ceramic material and tourmaline, which studies have shown absorbs electromagnetic radiation. The ceramic material is specially formulated from a variety of metal oxides, which when combined and sintered at 1600 degrees Celsius produce a material with a unique absorptive quality. Certain materials are capable of selective absorption of very high-frequency radio waves. This is because the materials' nuclei have at least one unpaired proton or neutron and act like tiny magnets. When a strong magnetic field acts on such nuclei, it sets them into precession - a unique pattern specific to magnetic materials. When the natural frequency of the processing in the nuclei magnets corresponds to the frequency of the external radio wave striking the material, energy is absorbed by the nuclei at a frequency called the resonant frequency. The energy, which is in turn produced by the nuclei in the tiny magnet, is infrared energy.
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