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Insulation performance of panels (Kcal/m2-h-°C)

K value for warehouse law is determined by overall coefficient of heat transfer (Kcal/m2-h-°C)
[Coefficient of heat conductivity or insulation (Kcal/m2-h-°C)/thickness of insulation (mm)]

Core thickness
K value
(Kcal/m2-h-°C)
Temperature Range
Thickness if replaced by Styrofoam
42 mm 0.42 +10°C – (-5°C) 75 mm
75 mm 0.24 (-5°C) – (-25°C) 125 mm
100 mm 0.18 (-25°C) – (-35°C) 178 mm
125 mm 0.14 (-35°C) – (-45°C) 213 mm

Remarks
- Temperature range is the reference value. Calculation of economical panel thickness depends on size and intended use.
- Coefficient of treat conductivity (Kcal/m2-h-°C) :Rigid polyurethane foam = 0.018 Styrofoam = 0.03

- Compared with the other types of panels, this type of panel is low-priced.
- Highly effective in heat insulation.
- Compared with the other typed of panels, this type of panel can be a longer panel.
- The sillicon-base sealer will be used for the panel joint sections to ensure excellent air-tightness.
- The component of this type of panel is the self-extinction type foam (class SE).


Panel thickness 42 mm
Panel width 900 mm, standard
Maximum length of wall panel 6,000 mm
Maximum length of ceilling panel 2,000 mm
Panel weight (N/m2 (Kcal/m2)) 93.2 (9.5)
Main member of panel Surface sheet Colared steel sheet
Component Hard polyurethane foam (self-extinction foam)
Joint system Hard vinyl chloride frame engogement system
Band Sillicon sealant
Panel performance Insulation performance
(K value of general section)
0.49 W/m2-K
(0.42 Kcal/m2-h-°C )
Sound insulation 25 dB
Fireproofing performance -
Function incorporation in panel Various funcetions can be
incorporated each panel of the panel manufacturing process


 
 
 
 
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