EKCAPASYQ 1 piece 5V Red Black Graphene heating cushion Car Seat Cushion Pad Fit for Auto Office Hotel or Home | Автомобили и

EKCAPASYQ 1 piece 5V Red Black Graphene heating cushion Car Seat Cushion Pad Fit for Auto Office Hotel or Home | Автомобили и

EKCAPASYQ 1 piece 5V Red Black Graphene heating cushion Car Seat Cushion Pad Fit for Auto Office Hotel or Home

Package including:1 piece Efficacy: pain relief blood circulation hydration physiotherapy cold protection and warmth Physiological treatment of perineum points Principle of graphene far-infrared fever physiotherapy effect： 1. In the case of electricity, carbon molecules generate phonons、ions、and electrons, and friction and collision (also known as Brownian motion) between carbon molecular groups generate thermal energy； 2. The thermal energy is radiated by far-infrared rays with a wavelength of 5-14 microns, and the effective electrothermal energy conversion rate can reach more than 90%. 3. Due to the superconductivity of graphene materials,its heating performance is more stable, and the electrothermal conversion efficiency can reach 99%.Compared with traditional carbon materials,it has the characteristics of high power per unit area and high energy efficiency, which can effectively reduce the paving area and reduce Energy consumption. 4. When the frequency of the energy wave matches the frequency of the molecular vibration, resonance will occur, and energy will be absorbed by the molecule, which is called resonance absorption. 5. The frequency of the 8-14μm micron far-infrared rays exactly matches the vibration frequency of water molecules, so the energy will be completely absorbed by the water molecules. 6. About 60% of the human body is water, and other large molecules such as DNA、RNA and protein also contain a large number of hydrogen bonds, which can produce resonance energy absorption with far infrared rays. 7. Water molecules quickly spread to other tissues in the body after absorbing energy, so when the far-infrared heat is applied, the human body feels uniform heat from the inside to the outside, without the skin burns of other short-wavelength heat sources. 8. Far-infrared rays are far less penetrating than high-energy rays such as X-rays, but their energy can be effectively absorbed by the human body, and is not destructive by other rays.