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Extrusion of honeycomb monoliths employed with activated carbon-LDPE hybrid materials

机译:与活性炭-LDPE杂化材料一起使用的蜂窝状整体材料的挤出

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摘要

A facile preparation method of activated carbon (AC) honeycomb monoliths is suggested in this work. A composite consisting of activated carbon, organic polymer binder (LDPE), and organic lubricant was effectively extruded above the melting temperature of the organic polymer in the shape of a honeycomb monoliths (dimensions: 256 cells in 4 cm x 4 cm). Three types of AC powders are investigated to elucidate the relationships between the processibility of the honeycomb monoliths and the size of their AC particles. The surface area of activated carbon filters increases as the size of the AC particle increases. This may be due to pore blocking by organic polymer binder on the surface of the AC particle. The mechanical properties of the honeycomb monolith are enhanced drastically when extrusion molding is used as compared to the use of a conventional press-molding process.
机译:在这项工作中建议一种简便的活性炭(AC)蜂窝整料的制备方法。由活性炭,有机聚合物粘合剂(LDPE)和有机润滑剂组成的复合材料在蜂窝状整料的形状(尺寸:4 cm x 4 cm中的256个孔)中有效地挤出到有机聚合物的熔点以上。研究了三种类型的交流粉末,以阐明蜂窝状整体材料的可加工性与其交流颗粒尺寸之间的关系。活性炭过滤器的表面积随AC颗粒尺寸的增加而增加。这可能是由于AC粒子表面上的有机聚合物粘合剂阻塞了孔。与使用常规压模工艺相比,使用挤出成型时,蜂窝整料的机械性能得到了极大的提高。

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