
Insulation & Cushion
Application
- Mostly use for knee pad / garden pad in industrial field.
- Cushioning material
Advantage
- Soft, pliable, and tough
- Exceptional stability in extremely low temperature
- Low compression set
- Excellent thermal insulation
- Self-extinguishing
- Resistant to most chemicals, petroleum products, and humidity, will not rot.
- Impact cushioning
- Not include CFC ozone depletion materials (tested by TÜV, Germany) & Free of 10 Phthalates (DBP,BBP,DENP,DINP,DNHP,DIBP,DNPP,DCHP,DIDP,DNOP)
Fabrication
- Cutting, die-cutting
- Adhesive bonding, welding
Typical Physical Properties and Characteristics
Units
Test
Method
Method

AP-702CF

TAPE

NV-904S

NV-904C

NV-400C
Standard Sheet Size
in
cm
cm
48x72
120x182
120x182
42x72
106x182
106x182
36x54
91x137
91x137
36x84
91x213
91x213
24x72
60x180
60x180
Standard Roll Width
in
cm
cm
48/56
120/142
120/142
42
106
106
36
91
91
Max. Gauge
in
cm
cm
1.25
30
30
0.25
7
7
1
25
25
1
25
25
0.75
20
20
Colors
(other colors available)
(other colors available)
Blk*
Blk
Blk*
Nat/Blk
Red/Green/BLue
Density (P.C.F)
lb/ft3
g/cm3
g/cm3
3.5-5.0
0.06-0.08
0.06-0.08
5.5-7.0
0.09-0.12
0.09-0.12
7.5-9.5
0.12-0.15
0.12-0.15
7.5-9.5
0.12-0.15
0.12-0.15
3.7-5.6
0.06-0.09
0.06-0.09
Compression Deflection
(25%,Psi)
(25%,Psi)
lb/in2
kg/cm2
kg/cm2
ASTM D1056
1.5-4.0
0.11-0.28
0.11-0.28
2.5-5.0
0.18-0.35
0.18-0.35
3.5-5.0
0.25-0.35
0.25-0.35
3.5-5.0
0.25-0.35
0.25-0.35
3.0-5.0
0.21-0.35
0.21-0.35
Compression Set (50%)
%Max
ASTM D1056
20
20
15
15
Water Absorption
(Vacuum Method)
(Vacuum Method)
Wt%Max
ASTM D1056
8
5
5
8
8
Water Absorption
Ibs/Sq.Ft
ASTM D1667
0.1
0.1
0.1
0.1
Heat Aging
(7 Days @ 158°F )
Lineal Shrinkage
(7 Days @ 158°F )
Lineal Shrinkage
%Max
ASTM C548
5
5
5
5
5
Tensile Strength
lb/in2
kg/cm2
kg/cm2
ASTM D412
50
3.5
3.5
100
7
7
90
6.5
6.5
100
7
7
55
4
4
Elongation
%Min
ASTM D412
230
320
350
350
180
Thermal Coductivity
75 °F(24 °C)
75 °F(24 °C)
BTU.in/hr.
sqft. °F Max
sqft. °F Max
ASTM C177
0.27
0.31
0.31
0.31
Specification
ASTM D1056-68
ASTM D1056-91
ASTM D1056-91
SCE-41
2C1
2C1
SCE-41
2C1
2C1
SCE-41
2B1
2B1
SCE-41
2B1
2B1
SCE-41
2C1
2C1
2019/2/16
UL Approved Flame Resistance Foam (E238526 – Plastics – Component)
ULC Approved Flame Resistance Foam (E238526 – Plastics Certified for Canada – Component)
Gel Foam
Application
- Soft medical cushions & protectors
- Sporting protectors and pads
- Saddles
- Glove
- Insoles
Advantage
- Soft, pliable, and tough
- Light weight
- Super impact cushion
- Excellent thermal insulation
- Self-extinguishing
- High resistance against heat, cold, humidity, mildew, and rotting as well as against most oils and chemicals, thereby guaranteeing durability.
- High resistance against bacteria
- Not include CFC ozone depletion materials (tested by TÜ V, Germany)
- No irritation to skin; easy to clean
Fabrication
Winboss Gel-Foam can be fabricated in many ways using conventional machines and equipment by:
- Cutting, Die-Cutting
- Adhesive Bonding, Welding
- Sewing, Stitching
Typical Physical Properties and Characteristics of Winboss Gel-Foam: G-20
Units
Test
Method
Method
G-20
Density
lb/ft3
g/cm3
g/cm3
7.0-9.4
0.11-0.15
0.11-0.15
Water Absorption
Wt%Max
ASTM D1056
5
Compression Deflection (25%)
lb/in2
kg/cm2
kg/cm2
ASTM D1667
3-4.5
0.21-0.32
0.21-0.32
Tensile Strength
lb/in2
kg/cm2
kg/cm2
ASTM D412
70
5
5
Elongation
%Min
ASTM D412
350
Compression Set (50%)
ASTM D1056
10
ASTM method, in some cases, may be modified slightly to make results more meaningful for end-use application.
2019/4/15 ver.