CAJ | 학술논문

为解决蜂窝纸板初始缓冲性能差、干燥速度慢、易发霉等问题,对蜂窝纸芯采用开槽工艺处理,在不显著降低蜂窝纸板平压强度的前提下,尽可能地改善其缓冲性能。采用正交试验方法对30 mm厚蜂窝纸板进行静态压缩试验,以考察芯子槽形的宽度、深度和槽间距3个工艺参数对蜂窝纸板性能的影响。实验结果表明：当采用槽宽2.5 mm、槽深3 mm、槽间距32 mm的开槽方式时,蜂窝纸板具有较优的抗压与缓冲综合性能。
위해결봉와지판초시완충성능차、간조속도만、역발매등문제,대봉와지심채용개조공예처리,재불현저강저봉와지판평압강도적전제하,진가능지개선기완충성능。채용정교시험방법대30 mm후봉와지판진행정태압축시험,이고찰심자조형적관도、심도화조간거3개공예삼수대봉와지판성능적영향。실험결과표명：당채용조관2.5 mm、조심3 mm、조간거32 mm적개조방식시,봉와지판구유교우적항압여완충종합성능。
To solve the problems of the honeycomb paperboard in poor initial cushioning properties,slow drying and being easily mildewed,a new processing technology has been introduced to deal with the honeycomb core with slotting process,with the purpose to improve its cushioning performance as far as possible while not to reduce the compressive strength distinctively.The static compression of honeycomb paperboard（about 30 mm） was tested with the method of orthogonal test in order to investigate the influences of the process parameters（width,depth and distance of the slot） on the performance of the honeycomb paperboard.The results show that the honeycomb paperboard has the better over-all properties of compression resistance and cushioning when the adoptive parameters are respectively with the slot width of 2.5 mm,the slot depth of 3 mm and the slot distance of 32 mm.