A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integral reticular microporous ceramic corrugated filler and manufacturing method thereof
The invention discloses an integral reticular microporous ceramic corrugated filler comprising a filler body, wherein the filler body comprises ceramic corrugated plates (1); the ceramic corrugated plates are bonded and stacked to form a whole. A cavity (5) is formed between the ceramic corrugated plates; a boundary fluid (7) which is made of a ceramic material, is internally provided with reticular micropores (6) and is combined with the ceramic corrugated plate into a whole is arranged in the cavity, and the boundary fluid is formed by impregnateing sponge in ceramic slurry, curing and sintering at high temperature; the weight of the filler is only 40-50% of that of a traditional ceramic corrugated filler, and the problems that a traditional metal structured filler is not resistant to corrosion and poor in hydrophilic performance are solved. The separation and rectification efficiency is high, the equipment load is small, the flow resistance is reduced, the equipment construction andequipment operation cost of an enterprise can be greatly reduced, and the effects of improving the yield and efficiency of the enterprise and saving energy and reducing emission for the country are achieved.
本发明公开了一种整体网状微孔陶瓷波纹填料，它包括填料本体，所述填料本体包括陶瓷波纹板（1），所述陶瓷波纹板相互粘合叠加形成整体，所述陶瓷波纹板之间具有空腔（5），所述空腔内设置有用陶瓷材料制成的内部具有网状微孔（6）的并与陶瓷波纹板结合成整体的界流体（7），界流体由海绵体浸渍在陶瓷浆料中经固化和高温烧结形成，本发明所述填料重量只有传统陶瓷波纹填料的40‑50%，而且解决了传统的金属规整填料不耐腐蚀，亲水性能差的问题。本发明分离精馏效率高，设备负载小，流动阻力降低，可大幅度降低企业的设备建造和设备运行成本，达到为企业提产增效，为国家节能减排的功效。
Integral reticular microporous ceramic corrugated filler and manufacturing method thereof
The invention discloses an integral reticular microporous ceramic corrugated filler comprising a filler body, wherein the filler body comprises ceramic corrugated plates (1); the ceramic corrugated plates are bonded and stacked to form a whole. A cavity (5) is formed between the ceramic corrugated plates; a boundary fluid (7) which is made of a ceramic material, is internally provided with reticular micropores (6) and is combined with the ceramic corrugated plate into a whole is arranged in the cavity, and the boundary fluid is formed by impregnateing sponge in ceramic slurry, curing and sintering at high temperature; the weight of the filler is only 40-50% of that of a traditional ceramic corrugated filler, and the problems that a traditional metal structured filler is not resistant to corrosion and poor in hydrophilic performance are solved. The separation and rectification efficiency is high, the equipment load is small, the flow resistance is reduced, the equipment construction andequipment operation cost of an enterprise can be greatly reduced, and the effects of improving the yield and efficiency of the enterprise and saving energy and reducing emission for the country are achieved.
本发明公开了一种整体网状微孔陶瓷波纹填料，它包括填料本体，所述填料本体包括陶瓷波纹板（1），所述陶瓷波纹板相互粘合叠加形成整体，所述陶瓷波纹板之间具有空腔（5），所述空腔内设置有用陶瓷材料制成的内部具有网状微孔（6）的并与陶瓷波纹板结合成整体的界流体（7），界流体由海绵体浸渍在陶瓷浆料中经固化和高温烧结形成，本发明所述填料重量只有传统陶瓷波纹填料的40‑50%，而且解决了传统的金属规整填料不耐腐蚀，亲水性能差的问题。本发明分离精馏效率高，设备负载小，流动阻力降低，可大幅度降低企业的设备建造和设备运行成本，达到为企业提产增效，为国家节能减排的功效。
Integral reticular microporous ceramic corrugated filler and manufacturing method thereof
一种整体网状微孔陶瓷波纹填料及制造方法
TAN YUCHUN (author) / LIU LING (author)
2020-05-08
Patent
Electronic Resource
Chinese
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