Insulation typeDouble packsystem
Figure of structure
Seam closer
End closer
Glass wool wrappedin PE film(10kg/m3)
Inner skinShell Roof Boltless Type
Outer skinShell Roof Boltless Type
Belt sealer
Roof connector
Eaves flashing
Eaves closer
Eaves covering
Heat insulatingfastener
① Lower chord roofing ② Insulation fittings installation ③ Insulation laying
④ Upper chord roofing ー Gable ー ー Eaves ー
"Construction method for creak reduction" (Patented 2003)●※ Please contact us for more information.
Double pack system construction
Double packsystem
For details of Specified Fire-resistancerating in Japan, please refer to thefollowing table.
29
Double pack system construction method combinations (K is the calculated value)
●Shell Roof Boltless Type Ⅲ Shell Roof Boltless Type Ⅲ
K=0.7W/㎡・K(K=0.6kcal/㎡・h・℃)
●Shell Roof Boltless Type Ⅱ Shell Roof Boltless Type Ⅱ
K=0.7W/㎡・K(K=0.6kcal/㎡・h・℃)
●Shell Roof F-200 Type Ⅱ Shell Roof Boltless Type Ⅱ
K=0.7W/㎡・K(K=0.6kcal/㎡・h・℃)
●F-170 Shell Roof Boltless Type Ⅲ
K=0.7W/㎡・K(K=0.6kcal/㎡・h・℃)
●Shell Roof Boltless Type Ⅰ Shell Roof Boltless Type Ⅰ
K=0.8W/㎡・K(K=0.7kcal/㎡・h・℃)
※The value for the overall heat transmission coefficient K is based on a thermal conductivity of 0.045 for glass wool [W/m・k].
500
210
174
56Glass wool wrappedin PE film t=100
Heat insulating fastener
210
200
160
160
500
200
Glass wool wrappedin PE film t=100
82 Heat insulating fastener
160
26
50
82
333
165
26
Glass wool wrappedin PE film t=100
Heat insulatingastener
550
Glass wool wrappedin PE film t=100
Heat insulating fastener
210120
26
82
170
Glass wool wrappedin PE film t=100
550
Heat insulating fastener
210
120
120
Double packsystem Insulation type
30