Fiber Plastic Composite dari Kertas Kardus dan Polipropilena (PP) dengan Penambahan Maleat Anhidrida (MAH) dan Benzoil Peroksida (BP)

Abstract: The  research  of  using  old  corrugated  paper  fiber  and  used  recycled  polyprophylene  plastic  ore  as  the  raw material of making fiber plastic composite board was useful to give solution the waste problem. The purpose of research was  to  evaluate  physical  properties  (density,  moisture  content,  water  absorbtion,  thickness  swelling)  and  mechanical properties  (modulus  of  elasticity,  modulus  of  rupture,  internal  bond,  screw  holding  power)fiber  plastic  composite  board with  maleic  anhydride  (5%  and  7%)  as  compatilizer  and  benxzoil  peroxide  (15%)  as  initiator.  The  composition  raw materials and matrics was useful 50:50, 60:40, 70:30 with 3 replication and 25 cm x 20 cm x 1 cm for the dimention and density target 0.8 g/cm3. The raw material was made become pellet by using extruder at 100-1700C. The board were  hot press  170-1800C  and  conditioned  for  1  weeks,  to  evaluate  physical  and  mechanical  properties  were  carried  out according to JIS A 5905-2003 hardboard S20 dan JIS A 5908 (2003) particleboards type 13. The result of the research showed that physical of fiber plastic composite board did not fulfill the  standard of JIS A 5905-2003 hardboard S20, except density. The testing of  mechanical properties by MOR, IB and KPS was fulfill standar JIS A 5905-2003 hardboard S20 dan JIS A 5908 (2003) particleboards type 13. Standard JIS A 5908-2003 S20 hardboard  full  value  in  testing  physical  properties,  namely  the  density  testing,  while  in  the  testing  of  mechanical properties, namely the testing of MOR. Fiber plastic composite board suitable for using exterior and interior. Based on physis and mechanical properties testing, the best value of fiber plastic composite was composition 30:70 MAH 5%.
Keyword: old corrugated  paper,  used  recycled  polyprophylene  plastic  ore,  MAH  and  BP,  FPC  board,  physiscal and mechanical properties
Penulis: Nova Tampubolona Luthfi Hakimb, Tito Suciptob
Kode Jurnal: jpkehutanandd130095

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