vii
LIST OF TABLES
Table Caption Page
Table 4.1.1 Variance analysis of MOE 22
Table 4.2.1 Variance analysis of MOR 24
Table 4.3.1 Variance analysis of Internal Bonding test 26
Table 4.4.1 Variance analysis of Thickness Swelling test 28
viii
LIST OF FIGURES
Figure Caption Page
Figure 3.1 Manufacturing process of particleboard 10
Figure 3.2.8 The cut off of testing for particleboard 17
Figure 4.1.1.1 ANOVA analysis of MOE between size particle and
resin content
22
Figure 4.2.1.1 ANOVA analysis of MOR between size particle and
resin content
24
Figure 4.3.1.1 ANOVA analysis of Thickness Swelling between
size particle and resin content
26
Figure 4.4.1.1 ANOVA analysis of Internal Bonding between size
particle and resin content
28
ix
LIST OF PLATES
Plate Caption Page
Plate 2.1 Oil palm frond 4
Plate 2.1.2 Plots of waste of oil palm fronds 5
Plate 2.2 Sample of particleboard 6
Plate 2.3 Phenol formaldehydes 8
Plate 3.2.1 Pluck of oil palm fronds 11
Plate 3.2.2 Wood chipper machines 12
Plate 3.2.2.1 Wood flaker operation machines 12
Plate 3.2.3 The screening process of the particles 13
Plate 3.2.3.1 Particle put into oven for reduce the moisture content 13
Plate 3.2.4 The conducting of particleboard mixer 14
Plate 3.2.5 Mat forming 14
Plate 3.2.6 Put particle into hot press 15
Plate 3.2.7 Trimming of the particleboard 16
Plate 3.2.8 Testing 17
Plate 3.3.1 Bending test 18
Plate 3.3.2 During internal bonding process 19
Plate 3.3.3 Preparation of thickness swelling 20
x
LIST OF GRAPH
Graph Caption Page
Graph 4.1 MOE testing 21
Graph 4.2 MOR testing 23
Graph 4.3 Internal Bonding test 25
Graph 4.4 Thickness swelling testing 27
Graph 4.5 Water absorption test 29
xi
LIST OF ABBREVIATION
MOE Modulus of elasticity
MOR Modulus of rupture
mPa Mega Pascal
FRIM Forest Research Institute of Malaysia
UiTM Universiti Teknologi MARA
% Percentage
Kg/m3
Kilo meter per cubes
m3
Meter cubes
Ft Feet
mm Millimeter
m Meter
g Gram
N Newton
KN Kilo Newton
PF Phenol-formaldehyde

4. list of figure

  • 1.
    vii LIST OF TABLES TableCaption Page Table 4.1.1 Variance analysis of MOE 22 Table 4.2.1 Variance analysis of MOR 24 Table 4.3.1 Variance analysis of Internal Bonding test 26 Table 4.4.1 Variance analysis of Thickness Swelling test 28
  • 2.
    viii LIST OF FIGURES FigureCaption Page Figure 3.1 Manufacturing process of particleboard 10 Figure 3.2.8 The cut off of testing for particleboard 17 Figure 4.1.1.1 ANOVA analysis of MOE between size particle and resin content 22 Figure 4.2.1.1 ANOVA analysis of MOR between size particle and resin content 24 Figure 4.3.1.1 ANOVA analysis of Thickness Swelling between size particle and resin content 26 Figure 4.4.1.1 ANOVA analysis of Internal Bonding between size particle and resin content 28
  • 3.
    ix LIST OF PLATES PlateCaption Page Plate 2.1 Oil palm frond 4 Plate 2.1.2 Plots of waste of oil palm fronds 5 Plate 2.2 Sample of particleboard 6 Plate 2.3 Phenol formaldehydes 8 Plate 3.2.1 Pluck of oil palm fronds 11 Plate 3.2.2 Wood chipper machines 12 Plate 3.2.2.1 Wood flaker operation machines 12 Plate 3.2.3 The screening process of the particles 13 Plate 3.2.3.1 Particle put into oven for reduce the moisture content 13 Plate 3.2.4 The conducting of particleboard mixer 14 Plate 3.2.5 Mat forming 14 Plate 3.2.6 Put particle into hot press 15 Plate 3.2.7 Trimming of the particleboard 16 Plate 3.2.8 Testing 17 Plate 3.3.1 Bending test 18 Plate 3.3.2 During internal bonding process 19 Plate 3.3.3 Preparation of thickness swelling 20
  • 4.
    x LIST OF GRAPH GraphCaption Page Graph 4.1 MOE testing 21 Graph 4.2 MOR testing 23 Graph 4.3 Internal Bonding test 25 Graph 4.4 Thickness swelling testing 27 Graph 4.5 Water absorption test 29
  • 5.
    xi LIST OF ABBREVIATION MOEModulus of elasticity MOR Modulus of rupture mPa Mega Pascal FRIM Forest Research Institute of Malaysia UiTM Universiti Teknologi MARA % Percentage Kg/m3 Kilo meter per cubes m3 Meter cubes Ft Feet mm Millimeter m Meter g Gram N Newton KN Kilo Newton PF Phenol-formaldehyde