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Flexibel Foam Insulation(Alastomeric)
  All Flexible Foam Insulation are engineered and manufactured for HVAC and other industrial applications. With closed cell structure Flexible Foam insulations effectively retard heat flow and prevent condensation when properly installed. The environmental friendly materials are manufactured without the use of CFCa€?s, HFCa€?s or HCFCa€?s. They are also formaldehyde free, low VOCs, fiber free, dust free and resistant to mold and mildew.
  Our Flexible Foam Sheet & pipe outperforms in fire resistance, water vapor permeability and thermal conductivity features. Its unique formulation makes it an ideal choice for extreme design conditions such as high humidity and low line temperature.
  Our Flexible Foam Sheet & pipe have excellent fire performance meeting the Class 0 & Class 1 accordance with BS 476 Part 6 & Part 7.
KEY PERFORMANCE MEASURES
        ?1?50?°C to ?1?105?°C temperature range
        1.16?—10-13Kg/MPa water vapor transmission
        0.039W/mK thermal l conductivity values
        Fire performance with Class 0 & Class 1
APPLICATIONS
   Flexible Foam Sheet & pipe insulation is used to retard heat transmission and control condensation from chilled-water and refrigeration systems. It also efficiently reduces heat transfer for hot-water plumbing and liquid-heating and dual-temperature piping. It is ideal for applications in: Ductwork, Large piping and fittings, Tanks, Vessels, Curved and irregular surfaces and all types of fitting covers It is installed using  our Glue 520, 520B or 520LV Adhesive. For application to large, flat or curved metal surfaces full adhesive coverage attachment is applied.
 
 
Technic Information
Item
Unit
Index
Standard
Working temperature
a??
-50-110
-
Density
Kg/m3
40-80
GB/T-6343
Water absorption ratio in vacuum
%
a‰¤10
GB/T17794
Thermal conductivity
W/(m?·k)
a‰¤0.032 (-20a??)
GB/T10294
a‰¤0.034(0a??)
GB/T10296
a‰¤0.039(40a??)
DIN 52612, DIN52613
Flammability
-
B1
GB 8624
V0
UL 94
1
BS 476 part 7
SDR
-
a‰¤65
GB/T8627
Noxiousness of smoke
-
Safe AZ3
GA 132
Water vapor permeability
Coefficient
Kg(m?·s?·pa)
a‰¤1.96*10-14
DIN 52615, BS EN ISO9346
BS 4370 part 2, GB/T17146
Factor
-
a‰?10000
Oxygen Index
%
K0a‰?40
 
GB/T 2406, ISO 4589
K1a‰?35
Dimension stability
%
a‰¤10
GB 8811
Anti-Ozone 200h
200h
-
No cracking
GB/T 7762, GB/T 9571
GB/T9571
Aging resistance 150h
Slightly crumpling, no cracks, no pin holes, no deforming
GB/T16259
Crack resistance
N/cm
a‰?3
GB/T10808
Compression resilience ratio
Compression Ratio 50%
Compression time 72h
%
a‰?70
GB/T6669
Thickness
mm
6,9,10,15,20,25,30,35,etc
-
Standard width
m
1
-
Standard length
m
10,20
-
 
 
Reference thickness for different temperature
Tube size
Temperature
50a?‰(10a??)
35a?‰(2a??)
0a?‰(-18a??)
-20a?‰(-29a??)
For standard condition: Max temperature: 29a??, Max humidity: 70%
Inner-diameter 10mm-28mm
10mm
13mm
19mm
25mm
Inner-diameter 28mm-54mm
10mm
13mm
25mm
25mm
Inner-diameter 54mm-65mm
10mm
13mm
25mm
32mm
Inner-diameter 65mm-168mm
13mm
19mm
25mm
32mm
For gentle condition: Max temperature: 27a??, Max humidity: 50%
Inner-diameter 10mm-65mm
10mm
10mm
13mm
19mm
Inner-diameter 65mm-168mm
13mm
13mm
13mm
19mm
For tough condition: Max temperature: 32a??, Max humidity: 80%
Inner-diameter 10mm-40mm
19mm
25mm
38mm
38mm
Inner-diameter 40mm-90mm
19mm
25mm
38mm
44mm
Inner-diameter 90mm-168mm
19mm
25mm
38mm
50mm
1, For temperature over 32a??/humidity over 80%, can check with our engineer for recommendation.
2,For thickness over 25mm, multiple layer could be used
3,Only for your reference, users can chose different thickness according to their onw situation

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