A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Atomizing core and preparation method thereof
The invention provides an atomizing core and a preparation method thereof, the preparation method comprises providing a solute and a solvent, and the solute comprises aggregate, a high thermal conductivity filler, a combustion-supporting additive and a pore-forming agent. The solute is dried, the dried solute and the solvent are subjected to wax mixing treatment, and mixed slurry is obtained. A heating piece is provided, the mixed slurry and the heating piece are treated through a hot-press injection molding process, the mixed slurry forms an atomizing core base body blank, the heating piece is fixed to the atomizing core base body blank, and an atomizing core blank is obtained. And the atomization core blank is treated through a degreasing process and a sintering process, and the atomization core is obtained. The high-thermal-conductivity filler is added, so that heat can be better transferred, the sintering temperature is reduced, and the interior of the atomizing core blank can reach the preset temperature through the low sintering temperature. And secondly, due to the addition of the high-thermal-conductivity filler, heat generated by the heating piece can be better transmitted when the atomizing core works, the temperature of a thermal field of the atomizing core is uniform, the taste is not prone to being burnt, attenuation is small, and the consistency of the taste is improved.
本申请提供了雾化芯及其制备方法，制备方法包括提供溶质与溶剂，溶质包括骨料、高导热填料、助烧添加剂及造孔剂。将溶质进行干燥并将干燥后的溶质与溶剂进行和蜡处理，得到混合浆料。提供发热片，将混合浆料与发热片通过热压注成型工艺进行处理，使混合浆料形成雾化芯基体胚体，并使发热片固定于雾化芯基体胚体，得到雾化芯胚体。将雾化芯胚体通过脱脂工艺与烧结工艺进行处理，得到雾化芯。高导热填料的加入可更好地传递热量，降低烧结温度，利用较低的烧结温度便可使雾化芯胚体内部达到预设温度。其次高导热填料的加入使雾化芯在工作时也可更好地传递由发热片处产生的热量，雾化芯热场温度均匀，口感不易造成烧糊且衰减小，提高了口感的一致性。
Atomizing core and preparation method thereof
The invention provides an atomizing core and a preparation method thereof, the preparation method comprises providing a solute and a solvent, and the solute comprises aggregate, a high thermal conductivity filler, a combustion-supporting additive and a pore-forming agent. The solute is dried, the dried solute and the solvent are subjected to wax mixing treatment, and mixed slurry is obtained. A heating piece is provided, the mixed slurry and the heating piece are treated through a hot-press injection molding process, the mixed slurry forms an atomizing core base body blank, the heating piece is fixed to the atomizing core base body blank, and an atomizing core blank is obtained. And the atomization core blank is treated through a degreasing process and a sintering process, and the atomization core is obtained. The high-thermal-conductivity filler is added, so that heat can be better transferred, the sintering temperature is reduced, and the interior of the atomizing core blank can reach the preset temperature through the low sintering temperature. And secondly, due to the addition of the high-thermal-conductivity filler, heat generated by the heating piece can be better transmitted when the atomizing core works, the temperature of a thermal field of the atomizing core is uniform, the taste is not prone to being burnt, attenuation is small, and the consistency of the taste is improved.
本申请提供了雾化芯及其制备方法，制备方法包括提供溶质与溶剂，溶质包括骨料、高导热填料、助烧添加剂及造孔剂。将溶质进行干燥并将干燥后的溶质与溶剂进行和蜡处理，得到混合浆料。提供发热片，将混合浆料与发热片通过热压注成型工艺进行处理，使混合浆料形成雾化芯基体胚体，并使发热片固定于雾化芯基体胚体，得到雾化芯胚体。将雾化芯胚体通过脱脂工艺与烧结工艺进行处理，得到雾化芯。高导热填料的加入可更好地传递热量，降低烧结温度，利用较低的烧结温度便可使雾化芯胚体内部达到预设温度。其次高导热填料的加入使雾化芯在工作时也可更好地传递由发热片处产生的热量，雾化芯热场温度均匀，口感不易造成烧糊且衰减小，提高了口感的一致性。
Atomizing core and preparation method thereof
雾化芯及其制备方法
LIU XINXIN (author) / XIAO XIAOPENG (author) / LIU BIN (author) / YE ZHENGQUAN (author) / SONG WENZHENG (author) / NIE GE (author) / DING LEI (author) / MA ZIYANG (author)
2024-10-29
Patent
Electronic Resource
Chinese
Preparation method of atomizing core matrix and atomizing core
| European Patent Office | 2022
Porous atomizing core preparation method, atomizing core and atomizer
| European Patent Office | 2024
Porous ceramic, preparation method thereof, atomizing core and electronic atomizing device
| European Patent Office | 2023
Porous ceramic, preparation method thereof, atomizing core and electronic atomizing device
| European Patent Office | 2024