化工时刊
化工時刊
화공시간
Chemical Industry Times
2015年
9期
5-8,13
,共5页
植物秸秆%PVC%木塑复合材料
植物秸稈%PVC%木塑複閤材料
식물갈간%PVC%목소복합재료
Plant Straw%PVC%Composite%Wood Plastic Composite Materials
植物秸秆是一种来源广泛的木质资源，用其制备木塑复合材料能够有效减少人类对森林木材资源的需求。本研究利用处理过的植物秸秆粉与PVC树脂及其它助剂的混合制备了木塑复合材料，考察了植物秸秆填充量和两种偶联剂对复合材料各项性能的影响。结果表明，植物秸秆填充量在40 phr时复合材料综合性能较为理想，加入适量的偶联剂能够使复合材料的性能得到一定改善。
植物秸稈是一種來源廣汎的木質資源，用其製備木塑複閤材料能夠有效減少人類對森林木材資源的需求。本研究利用處理過的植物秸稈粉與PVC樹脂及其它助劑的混閤製備瞭木塑複閤材料，攷察瞭植物秸稈填充量和兩種偶聯劑對複閤材料各項性能的影響。結果錶明，植物秸稈填充量在40 phr時複閤材料綜閤性能較為理想，加入適量的偶聯劑能夠使複閤材料的性能得到一定改善。
식물갈간시일충래원엄범적목질자원，용기제비목소복합재료능구유효감소인류대삼림목재자원적수구。본연구이용처리과적식물갈간분여PVC수지급기타조제적혼합제비료목소복합재료，고찰료식물갈간전충량화량충우련제대복합재료각항성능적영향。결과표명，식물갈간전충량재40 phr시복합재료종합성능교위이상，가입괄량적우련제능구사복합재료적성능득도일정개선。
Plant straw is a kind of wood resources that is widely available in nature. It can be uesd to pruduce wood plastic composite materials that can reduce the human demand on the forest resourses. The composites was pre-pared from the plant straw powder modified, PVC resin and other additives. The effects of the loading of plant straw and the type of coupling agent on properties were studied. The results showed that the balance of properties of the composite materials with the plant straw of 40 phr were satisfactory. The properties of the composite were improved by adding proper amount of coupling agent.
