MagniFoam™ MF8000 Non-flammable
Medium Density Silicone Foam Material
DESCRIPTION
MF8000 is a medium density, cellular silicone foam material
designed for a wide range of applications in multiple industries. It
insulates, seals, absorbs, and protects, and is available in
rolls, sheets, tape strips, or fabricated to customer design.
| BENEFITS |
APPLICATIONS SUCH AS... |
- Low Flame, UL-94 V0
- Very low compression set
- Low closure force
- Handles temperature extremes
- UV & weather resistant
|
- Automotive seals and gaskets
- Telecommunications enclosure gaskets
- Electronics seals and gaskets
- Aerospace vibration damping
- Defense flame / heat barriers
- High intensity lighting gaskets
|
TYPICAL PHYSICAL PROPERTIES
Property |
Test Method |
Value |
Standard Colors |
|
Gray |
Standard Thickness Range |
|
1/16” to ½” |
ASTM D-1056 Classification |
|
1D2 |
Density |
ASTM D-1056 |
20-25 lb/ft3 (400 Kg/m3) |
Tensile Strength |
ASTM D-412 |
50 psi (344 kPa) |
Elongation |
ASTM D-412 |
80% |
Compression Deflection |
ASTM D-1056 |
8.0 psi (55 kPa) @25% |
Compression Set |
ASTM D-1056 |
|
|
50%,
22 hrs @ 70ºC |
<1% |
|
50%,
22 hrs @ 100ºC |
<5% |
Water Absorption |
ASTM D471 |
1.5% |
Flame Resistance* |
UL-94 |
V-O |
Flame Spread |
ASTM E162 / D3675 |
<25 |
Smoke Density |
ASTM E662 @1.5 minutes |
<20 |
|
ASTM E662 @4.0 minutes |
<50 |
Temperature Range |
Static |
-67ºF to +392ºF (-55ºC
to +200ºC |
Data noted above is based on laboratory tests and should be
used as a reference only. Further information and additional
specifications are available upon request. Tests, claims,
representations, and descriptions regarding flammability are
based on standard laboratory tests, and they may not be reliable
for determining, evaluating, predicting, or describing the flammability
or burning characteristics under actual fire conditions, whenever
used alone or in combination with other products. Accordingly,
each potential user should make an individual determination whether
the flammability or burning characteristics of the product are
suitable for the purpose intended by the user.
|
