Effect of Nanoparticles of Longan Leaves on Physical Properties of Clay Blocks

Abstract

The objective of this research is to study the effect of cellulose on water durability of soil blocks from the optimum mixture ratio of Din Daeng (Doi Saket), cellulose (powder of branches and leaves of longan nano), micron clay. And cement from 4 ingredients. Each condition consists of 5 samples. by testing the density and absorption of water after soaking the soil block in 24 hours of water. The results showed that when increasing the ratio of Din Daeng (Doi Saket) more will make the soil block more dense By soil blocks made from condition 1 (Din Daeng (Doisaket ratio): cellulose (powder of twigs and longan leaves): clay: and cement equal to 1: 0: 0.6: 0.4) with an average density of 1.16 grams per child Bak Which has higher density than other conditions As for the absorption of water, it was found that when increasing the ratio of cellulose (powder of twigs and longan leaves), the nano-soil blocks could be absorbed more water. Soil blocks made from condition 4 (Din Daeng (Doisaket ratio): cellulose (powder of twigs and longan leaves): clay: and cement equal to 0.4: 0.6: 0.6: 0.4) has more water absorption value than other formulas. Therefore the results of this research suggest that conditions with excessive density and water absorption will not have water tolerance for soil blocks. Water-resistant conditions of soil blocks are conditions 2 (Din Daeng (Doisaket ratio): cellulose (powder of twigs and longan leaves): clay: and cement equal to 0.8: 0.2: 0.6: 0.4) that are durable. Water and not cracking like other conditions when considering TIS. 2601-2556 Is the standard for aerated concrete block-filled concrete products Determine criteria for soil block type C8.