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SEMI-STRUCTURAL ACRYLIC BONDING FOAM
 
HYPER JOINT
H9004, H9008, H9012


Nitto Hyper Joint
 
Nitto Hyper Joint 9004 – 9008 and 9012 ranges offer higher bonding force, high resistance to mechanical, static and dynamic stresses, outdoor and in the worst environmental conditions.
 
Strengths
  • Resistance to high temperatures and to water also when immersed.
  • High conformability and different substrates (powder paints included)
  • Opportunity to be cut and ready to apply
Bibonding


Code
Thickness
Width
Length
H9004
0.4*
3 ˜ 450
mm
20 mt
H9008
0.8*
H9012
1.2*
  * Thickness without liner


TEST
 
Seal level on different substrate
Bonding force at low temperature
N/25mm N/cm2
Stainless steel Alluminium plate Acrylic plate

ABS plate Polycarbonate plate Polyethylene plate
0°C 23°C 40°C 80°C 100°C

Substrate: Stainless steel sheet


Resistance to physical/mechanical stresses
Hyper-conformability
   
Evaluation category
H9004
H9008
H9012
Initial value
(23°Cx30 minutes)
97
52
40
Normal condition
(23°Cx24 hours)
110
74
55
Heat resistance
(80°Cx250 hours)
160
150
136
Water resistance
(40°C water temperature x 250 hours)
160
75
69
Thermal cycle resistance*
95
76
62




*Cycle conditions:
(80°C x 16 hours - 23°C x 1 hour - 50°C x 98% RHx24 hours - 23°Cx1hour - -30°Cx8hours - 23°Cx1hour) was carried out for 10 cycles
H9008 Competitor's

0.8mmt
H9012 Competitor's

1.2mmt

Testing method:
place 25mm-wide acrylic foam on an uneven acrylic palate, pressure only one way with 5Kg roler. Then measure Wet-out ratio from inderside. (Distance: 100µm, Interval: 20mm)

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