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A platform for research: civil engineering, architecture and urbanism
Heating ceramic body for electronic atomization, and preparation method thereof
The invention provides a heating ceramic body for electronic atomization, and a preparation method thereof. The method comprises the following steps: mixing aluminum, titanium, carbon, sodium chloride and potassium chloride to obtain a premix; sintering the premix in a vacuum inert gas environment to obtain a sinter; carrying out cleaning and impurity removal operation on the sinter; baking a sinter to obtain a ceramic powder; carrying out compression molding operation on the ceramic powder to obtain a heating ceramic body for electronic atomization; and shaping and sintering the heating ceramic body for electronic atomization. The premix is sintered in the vacuum environment, then the ceramic powder is subjected to mold pressing and shaping sintering, and after proper mold pressing strength and sintering temperature are selected, the pore size and distribution characteristics of the formed ceramic powder are convenient to adjust, so that the heating ceramic body suitable for tobacco tar and cigarettes at the same time is convenient to obtain, and the heating universality of the heating ceramic body for electronic atomization on different media to be atomized is improved.
本申请提供一种电子雾化用发热陶瓷体及其制备方法。所述方法包括将铝、钛、碳、氯化钠和氯化钾进行混合，得到预混物；在真空惰性气体环境下，对所述预混物进行烧结，得到烧结物；对所述烧结物进行清洗去杂质操作；对所述烧结物进行烘烤，得到陶瓷粉体；将所述陶瓷粉体进行压模成型操作，得到电子雾化用发热陶瓷体；将电子雾化用发热陶瓷体进行定型烧结。在真空环境下对预混物进行烧结，之后对陶瓷粉体的压模以及定型烧结，在选取合适的压模压强以及烧结温度后，便于调整陶瓷粉体成型后的孔径大小以及分布特性，从而便于得到同时适用于烟油和烟支类的发热陶瓷体，提高了电子雾化用发热陶瓷体对不同待雾化介质的加热通用性。
Heating ceramic body for electronic atomization, and preparation method thereof
The invention provides a heating ceramic body for electronic atomization, and a preparation method thereof. The method comprises the following steps: mixing aluminum, titanium, carbon, sodium chloride and potassium chloride to obtain a premix; sintering the premix in a vacuum inert gas environment to obtain a sinter; carrying out cleaning and impurity removal operation on the sinter; baking a sinter to obtain a ceramic powder; carrying out compression molding operation on the ceramic powder to obtain a heating ceramic body for electronic atomization; and shaping and sintering the heating ceramic body for electronic atomization. The premix is sintered in the vacuum environment, then the ceramic powder is subjected to mold pressing and shaping sintering, and after proper mold pressing strength and sintering temperature are selected, the pore size and distribution characteristics of the formed ceramic powder are convenient to adjust, so that the heating ceramic body suitable for tobacco tar and cigarettes at the same time is convenient to obtain, and the heating universality of the heating ceramic body for electronic atomization on different media to be atomized is improved.
本申请提供一种电子雾化用发热陶瓷体及其制备方法。所述方法包括将铝、钛、碳、氯化钠和氯化钾进行混合，得到预混物；在真空惰性气体环境下，对所述预混物进行烧结，得到烧结物；对所述烧结物进行清洗去杂质操作；对所述烧结物进行烘烤，得到陶瓷粉体；将所述陶瓷粉体进行压模成型操作，得到电子雾化用发热陶瓷体；将电子雾化用发热陶瓷体进行定型烧结。在真空环境下对预混物进行烧结，之后对陶瓷粉体的压模以及定型烧结，在选取合适的压模压强以及烧结温度后，便于调整陶瓷粉体成型后的孔径大小以及分布特性，从而便于得到同时适用于烟油和烟支类的发热陶瓷体，提高了电子雾化用发热陶瓷体对不同待雾化介质的加热通用性。
Heating ceramic body for electronic atomization, and preparation method thereof
电子雾化用发热陶瓷体及其制备方法
WU CHENGQIN (author)
2021-12-24
Patent
Electronic Resource
Chinese
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