电镀与涂饰
電鍍與塗飾
전도여도식
ELECTROPLATING & FINISHING
2011年
12期
29-31
,共3页
洛神花%通用树脂%复合物%化学镀镍%金属化%力学
洛神花%通用樹脂%複閤物%化學鍍鎳%金屬化%力學
락신화%통용수지%복합물%화학도얼%금속화%역학
gongura%general purpose resin%composite%electroless nickel plating%metailization%mechanics
洛神花纤维采用5％的氢氧化钠溶液处理后用于制备纤维增强型通用树脂复合物.对含不同纤维体积分数的复合物的拉伸行为进行研究后发现,其力学性能与传统复合物类似.复合物的抗拉强度随着纤维含量的增大而提高.采用化学镀镍工艺对复合物进行金属化后,其显微硬度是原来的7倍.
洛神花纖維採用5％的氫氧化鈉溶液處理後用于製備纖維增彊型通用樹脂複閤物.對含不同纖維體積分數的複閤物的拉伸行為進行研究後髮現,其力學性能與傳統複閤物類似.複閤物的抗拉彊度隨著纖維含量的增大而提高.採用化學鍍鎳工藝對複閤物進行金屬化後,其顯微硬度是原來的7倍.
락신화섬유채용5％적경양화납용액처리후용우제비섬유증강형통용수지복합물.대함불동섬유체적분수적복합물적랍신행위진행연구후발현,기역학성능여전통복합물유사.복합물적항랍강도수착섬유함량적증대이제고.채용화학도얼공예대복합물진행금속화후,기현미경도시원래적7배.
The gongura fiber was treated with 5％ NaOH solution and then used to make a fiber-reinforced general purpose resin composite.The tensile behaviors of the composites prepared with different volume fractions of treated fibers were studied,indicating they have similar mechanical properties with traditional composites.The tensile strength of composite is increased with the increasing of fiber content.The microhardness of the composite metalized by electroless nickel plating process is 7 times greater than that of the pure composite.
