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首页> 外文期刊>Pro Ligno >PRELIMINARY INVESTIGATION OF THE SUITABILITY OF Chasmanthera dependens(Hosct) AND WASTE PAPER FOR PRODUCTION OF CEMENT-BONDED COMPOSITE
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PRELIMINARY INVESTIGATION OF THE SUITABILITY OF Chasmanthera dependens(Hosct) AND WASTE PAPER FOR PRODUCTION OF CEMENT-BONDED COMPOSITE

机译:查曼丝草和废纸用于水泥粘结复合材料生产的适宜性的初步研究

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The physical and mechanical properties of cement bonded board produced from Chasmanthera dependens and waste paper was investigated in this study. Boards were produced at 50:50, 60:40 and 70:30 levels of blending proportions of paper-fiber by weight, 800kg/mm3 and 1000kg/m3levels of board density and a constant mixing ration of 4:2 of cement-paper and fiber respectively. The boards were cut into test samples and physical and mechanical tests were carried out. The effect of Blending Proportion and Board Density on Water Absorption (WA), Thickness Swelling (TS), Modulus of Rupture (MOR) and Modulus of Elasticity (MOE) were determined using British standard 373. The mean values for WA ranged from 6.45-14.60%, TS ranged from 0.17-3.71%, MOE ranged from 93.90-946.03Nmm2 while MOR ranged from 0.30-2.02Nmm2. The results showed that increase in board density and blending proportion led to decrease in TS and WA but also resulted in increase in MOE and MOR. The study suggests that Chasmanthera dependens and waste paper are suitable for the manufacture of cement board.
机译:本研究研究了用Cha属植物和废纸生产的水泥粘合板的物理和机械性能。纸板的生产比例为纸纤维重量的混合比例为50:50、60:40和70:30,纸板密度为800kg / mm3和1000kg / m3,水泥纸和水泥纸的恒定混合比为4:2。纤维。将板切成测试样品并进行物理和机械测试。使用英国标准373确定混合比例和板密度对吸水率(WA),厚度膨胀(TS),断裂模量(MOR)和弹性模量(MOE)的影响。WA的平均值范围为6.45- 14.60%,TS介于0.17-3.71%,MOE介于93.90-946.03Nmm2,MOR介于0.30-2.02Nmm2。结果表明,板密度和混合比例的增加导致TS和WA降低,但MOE和MOR升高。研究表明,Chasmanthera的家属和废纸适合用于制造水泥板。

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