Characterization of Sawdust Produced from Circular, Chain and Band Sawing Machines

R. S. Bello
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引用次数: 4

Abstract

Particle size distribution (PSD) of sawdust produced from circular, chain and band sawing machines has been carried out in order to study the influence of different saws on sawdust produced and its characterization. The raw materials were collected from the mill sites and screened, then vibrated on mechanical sieves. Four major fractional classification of particle sizes are identified; oversize particles (OS), coarse particle (CPS), pin particle (PSP) and fine (FSP). The particle size distribution in all the three mills shows a similar pattern of distribution on log sieve graph. The proportion of particle size distribution in FPS produced by all the saw showed slight variations with the least (30.0 ± 1.2%) variation in bandsaw, followed in increasing order by chainsaw and circular saw (37.2 ± 1.3%). Analysis of variance revealed that blade type, particle size, wood density, and particle density are significantly affected by porosity.
圆锯床、链锯床和带锯床锯末的表征
对圆锯床、链锯床和带锯床生产的锯末进行了粒度分布(PSD)研究,研究了不同锯材对锯末生产的影响及其表征。从工厂现场收集原材料并进行筛选,然后在机械筛子上进行振动。确定了四种主要的分级粒度;超大颗粒(OS),粗颗粒(CPS),针状颗粒(PSP)和细颗粒(FSP)。三磨机的粒度分布在对数筛图上表现出相似的分布模式。各锯片在FPS中所占的粒度分布比例变化不大,带锯变化最小(30.0±1.2%),其次是链锯和圆锯(37.2±1.3%)。方差分析表明,孔隙度对叶片类型、粒径、木材密度和颗粒密度有显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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