CAJ | 학술논문

用低温等离子体技术和接枝反应对超高分子量聚乙烯（ UHMWPE）纤维进行表面处理.纤维进行低温等离子体后接枝处理的最佳工艺条件是：在80℃的1.0 mol/L的马来酸酐水溶液中加热1.5 h在维持整体形貌的前提下，在纤维长链表面引入了活性基团，增大了纤维与其他基质材料之间的化学键合能力和咬合能力，提高纤维的表面性能，从而达到表面改性的目的。
용저온등리자체기술화접지반응대초고분자량취을희（ UHMWPE）섬유진행표면처리.섬유진행저온등리자체후접지처리적최가공예조건시：재80℃적1.0 mol/L적마래산항수용액중가열1.5 h재유지정체형모적전제하，재섬유장련표면인입료활성기단，증대료섬유여기타기질재료지간적화학건합능력화교합능력，제고섬유적표면성능，종이체도표면개성적목적。
Low temperature plasma technology and grafting treatment were used on surface modification on the ultra high molecular weight polyethylene fiber ( UHMWPE) surface.The optimum process of the grafted Maleic anhydride on the fiber surface was aqueous solution as a solvent and 1.0 mol/L of Maleic anhydride concentration at 80 ℃for 1.5 h.After the treated polar groups were grafted in the side chain of the fiber , so the chemical bonding ability with other matrix materials increased and the occlusion ability between the fiber surface and other materials enhanced but the mechanical properties and surface morphology of the fiber were kept unchanged.As a result, the surface properties were improved.