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Far infrared radiation material
A far infrared radiation material comprises a material formula, the material formula mainly comprises a natural ore material, a carbon material and a metal oxide, the content of the used natural ore material is relatively high, and the natural ore material is used for generating far infrared rays. The carbon material naturally transmits far infrared energy generated by the carbon material and hasa heat gathering effect to promote the natural ore material to emit far infrared rays, and the metal oxide provides magnetic field energy by utilizing the magnetic force of the metal oxide, so that the radiation energy of the far infrared rays is gathered and converged, and the far infrared energy is gained.
一种远红外线放射材料，包含一材料配方，材料配方主要包含天然矿石材料、碳材与金属氧化物，天然矿石材料所使用含量相对较多，天然矿石材料是用来产生远红外线，碳材则是自然的透过自己产生远红外线能量及聚热作用促使天然矿石材料放射出远红外线，金属氧化物则是利用其磁力提供磁场能量亦使远红外线的辐射能较为聚集收敛，藉以增益远红外线能量。
Far infrared radiation material
A far infrared radiation material comprises a material formula, the material formula mainly comprises a natural ore material, a carbon material and a metal oxide, the content of the used natural ore material is relatively high, and the natural ore material is used for generating far infrared rays. The carbon material naturally transmits far infrared energy generated by the carbon material and hasa heat gathering effect to promote the natural ore material to emit far infrared rays, and the metal oxide provides magnetic field energy by utilizing the magnetic force of the metal oxide, so that the radiation energy of the far infrared rays is gathered and converged, and the far infrared energy is gained.
一种远红外线放射材料，包含一材料配方，材料配方主要包含天然矿石材料、碳材与金属氧化物，天然矿石材料所使用含量相对较多，天然矿石材料是用来产生远红外线，碳材则是自然的透过自己产生远红外线能量及聚热作用促使天然矿石材料放射出远红外线，金属氧化物则是利用其磁力提供磁场能量亦使远红外线的辐射能较为聚集收敛，藉以增益远红外线能量。
Far infrared radiation material
远红外线放射材料
ZHANG JIAXIU (author) / WANG ZHEHAO (author) / YANG BOKAI (author) / XU GUOYUAN (author) / ZHOU JIAOJIAO (author)
2020-12-22
Patent
Electronic Resource
Chinese
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