REENCELLFOAM
Cushion Curves &
Technical Specifications
REENCELLFOAM
Green Cell Foam - 2.3 pcf
GCA Form ulation
12" Drop Cushion Curve
90
80
Fragility (G's)
70
60
1"
50
1.5"
2"
40
2.5"
30
3"
20
10
0
0.2
0.4
0.6
0.8
Static Stress (psi)
1
1.2
REENCELLFOAM
Green Cell Foam - 2.3 pcf
GCA Form ulation
18" Drop Cushion Curve
90
80
Fragility (G's)
70
60
1"
50
1.5"
2"
40
2.5"
30
3"
20
10
0
0.2
0.4
0.6
0.8
Static Stress (psi)
1
1.2
REENCELLFOAM
Green Cell Foam - 2.3 pcf
GCA Form ulation
24" Drop Cushion Curve
100
90
80
Fragility (G's)
70
1"
60
1.5"
50
2"
40
2.5"
30
3"
20
10
0
0.2
0.4
0.6
0.8
Static Stress (psi)
1
1.2
REENCELLFOAM
Green Cell Foam - 2.3 pcf
GCA Form ulation
30" Drop Cushion Curve
100
90
80
Fragility (G's)
70
60
1.5"
50
2"
2.5"
40
3"
30
20
10
0
0.2
0.4
0.6
0.8
Static Stress (psi)
1
1.2
REENCELLFOAM
Green Cell Foam - 2.3 pcf
GCA Form ulation
36" Drop Cushion Curve
100
90
80
Fragility (G's)
70
60
2"
50
2.5"
40
3"
30
20
10
0
0.2
0.4
0.6
0.8
Static Stress (psi)
1
1.2
REENCELLFOAM
Performance Characteristics
PROPERTY
UNITS
DENSITY
lb/ft3
COMPRESSIVE
CREEP
%
ASTM D-3575
(24 hr test)
7% at 1 psi
COMPRESSIVE SET
%
ASTM D-3575
4.1% at 0.5 psi
7% at 1 psi
CELL STRUCTURE
-
ESEM
closed
µm
ESEM
200-500
ELECTROSTATIC
TESTING
ohms
EOS/ESD-S11.11-1993
109-1010
FLAMMABILITY
% mass
remaining
BUOYANCY
lb/ft3
CELL SIZE
TEST METHOD
ASTM D-3575 (sec 43)
RESULT
2.3-5.3
Charge decay rate <0.1 sec
ASTM D-3575
99.5%
dissolves