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A platform for research: civil engineering, architecture and urbanism
Far infrared fine ceramic cooker
The invention discloses a far infrared fine ceramic cooker, which relates to the field of ceramic utensils and is prepared from the following raw materials in percentage by weight: 57.3% of silicon dioxide, 16.2% of aluminum oxide, 0.27% of ferric oxide, 2.21% of calcium oxide, 2.54% of magnesium oxide, 1.054% of potassium oxide, 1.49% of sodium oxide, 3.5% of lithium oxide, 3.9% of zinc oxide, 3.2% of titanium dioxide, 1.4% of strontium oxide and 4.2% of silver oxide. According to the invention, a plurality of inorganic compounds and trace metals are respectively matched according to different proportions, and are calcined at a high temperature of 1200-1300 DEG C to form a special ceramic material which can radiate far infrared rays with specific wavelengths, so that the ceramic cooker can radiate more far infrared rays than normal objects; the infrared radiation rate is higher, the catalytic oxidation function is achieved, under the irradiation of sunlight (especially ultraviolet rays), OH <-> can be generated, cells can be activated, blood circulation can be promoted, metabolism can be accelerated, immunity can be improved, peculiar smells can be effectively removed, the sterilization function is achieved, and the health care effect can be achieved.
本发明公开了远红外精细陶瓷烹调器，涉及陶瓷器皿领域，本发明由以下重量百分配比的原料制成：二氧化硅57.3％，三氧化二铝16.2％，三氧化二铁0.27％，氧化钙2.21％，氧化镁2.54％，氧化钾1.054％，氧化钠1.49％，氧化锂3.5％，氧化锌3.9％，二氧化钛3.2％，氧化锶1.4％，氧化银4.2％，二氧化锆16％，碳酸钡2.31％，本发明以多种无机化合物及微量金属分别以不同的比例配合，再经1200‑1300℃高温煅烧而成，能辐射出特定波长远红外线的特种陶瓷材料，以此使得陶瓷烹调器能够辐射出比正常物体更多的远红外线，红外辐射率更高并且具有催化氧化功能，在太阳光(尤其是紫外线)照射下，能生成OH‑，可活化细胞，促进血液循环，加速新陈代谢，提升免疫力，有效除去异味，并具有杀菌功能，可起到保健作用。
Far infrared fine ceramic cooker
The invention discloses a far infrared fine ceramic cooker, which relates to the field of ceramic utensils and is prepared from the following raw materials in percentage by weight: 57.3% of silicon dioxide, 16.2% of aluminum oxide, 0.27% of ferric oxide, 2.21% of calcium oxide, 2.54% of magnesium oxide, 1.054% of potassium oxide, 1.49% of sodium oxide, 3.5% of lithium oxide, 3.9% of zinc oxide, 3.2% of titanium dioxide, 1.4% of strontium oxide and 4.2% of silver oxide. According to the invention, a plurality of inorganic compounds and trace metals are respectively matched according to different proportions, and are calcined at a high temperature of 1200-1300 DEG C to form a special ceramic material which can radiate far infrared rays with specific wavelengths, so that the ceramic cooker can radiate more far infrared rays than normal objects; the infrared radiation rate is higher, the catalytic oxidation function is achieved, under the irradiation of sunlight (especially ultraviolet rays), OH <-> can be generated, cells can be activated, blood circulation can be promoted, metabolism can be accelerated, immunity can be improved, peculiar smells can be effectively removed, the sterilization function is achieved, and the health care effect can be achieved.
本发明公开了远红外精细陶瓷烹调器，涉及陶瓷器皿领域，本发明由以下重量百分配比的原料制成：二氧化硅57.3％，三氧化二铝16.2％，三氧化二铁0.27％，氧化钙2.21％，氧化镁2.54％，氧化钾1.054％，氧化钠1.49％，氧化锂3.5％，氧化锌3.9％，二氧化钛3.2％，氧化锶1.4％，氧化银4.2％，二氧化锆16％，碳酸钡2.31％，本发明以多种无机化合物及微量金属分别以不同的比例配合，再经1200‑1300℃高温煅烧而成，能辐射出特定波长远红外线的特种陶瓷材料，以此使得陶瓷烹调器能够辐射出比正常物体更多的远红外线，红外辐射率更高并且具有催化氧化功能，在太阳光(尤其是紫外线)照射下，能生成OH‑，可活化细胞，促进血液循环，加速新陈代谢，提升免疫力，有效除去异味，并具有杀菌功能，可起到保健作用。
Far infrared fine ceramic cooker
远红外精细陶瓷烹调器
JIANG JINMING (author) / GUO QIYI (author)
2022-06-14
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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