| |
TEST
REPORT
|
| A. |
|
| B. |
Conformance
to: ASTM D 2000-95, M2BG714, B14, EA14, EF11,
EF12, EO14, EO34, Z1, Z2
|
| |
|
|
|
| C. |
ORIGINAL
PROPERTIES
|
SPECIFICATION
|
N470
|
| |
Hardness,
Durometer A |
70 ± 5 |
70 |
| |
Tensile
Strength, MPa |
14
min |
15.9 |
| |
Elongation,
% |
250
min |
370 |
| |
Modulus at
100%, MPa |
11
min |
12.1 |
| |
Tear
Resistance, kN/m |
20
min |
35 |
| |
Specific
Gravity |
-- |
1.25 |
| |
|
|
|
| D. |
A14
- HEAT
RESISTANCE - 70 hrs at 100° C |
| |
Hardness
Change, Points |
-- |
+2 |
| |
Tensile
Change |
-- |
+14 |
| |
Elongation
Change, % |
-- |
-11 |
| |
|
|
|
| E. |
B14
- COMPRESSION
SET - 22 hrs at 100° C |
| |
%
of Original Deflection |
25
max |
14 |
| |
|
|
|
| F. |
EA14
- WATER
RESISTANCE - 70 hrs at 100° C |
| |
Hardness
Change, Points |
± 10 |
-2 |
| |
Volume
Change, % |
± 15 |
+3 |
| |
|
|
|
| G. |
EF11
- ASTM FUEL
A - 70 hrs at 23° C |
| |
Hardness
Change, Points |
± 10 |
-2 |
| |
Tensile
Change, % |
-25
max |
-10 |
| |
Elongation
Change, % |
-25
max |
-10 |
| |
Volume
Change, % |
-5
to +10 |
+1 |
| |
|
|
|
| |
EF21
- ASTM FUEL B - 70 hrs at 23° C |
| |
Hardness
Change, Points |
0
to -30 |
-10 |
| |
Tensile
Change, % |
-60
max |
-56 |
| |
Elongation
Change, % |
-60
max |
-45 |
| |
Volume
Change, % |
0
to +40 |
+26 |
| |
|
|
|
| |
EO14
- ASTM OIL # 1 - 70 hrs at 100° C |
| |
Hardness
Change, Points |
-5
to +10 |
+2 |
| |
Tensile
Change, % |
-25
max |
+21 |
| |
Elongation
Change, % |
-45
max |
-2 |
| |
Volume
Change, % |
-10
to +5 |
-5 |
| |
|
|
|
| |
EO34
- IRM903 OIL - 70 hrs at 100° C |
| |
Hardness
Change, Points |
-10
to +5 |
-4 |
| |
Tensile
Change, % |
-45
max |
+7 |
| |
Elongation
Change, % |
-45
max |
-3 |
| |
Volume
Change, % |
0
to +25 |
+7 |
| |
|
|
|
| H. |
Z1
- LOW TEMPERATURE - 3 mins at -25° C |
| |
Impact Brittleness |
No
cracks |
Pass |
| |
TR-10 |
-25° C |
-25° C |
| |
|
|
|
| I. |
Z2
- RESISTANCE TO MARKING |
| |
Marking
by the material on white paper when wiped at
0.03 MPa contact pressure |
Non-marking |
Pass |
|
“Provided
these tests mirror the anticipated service conditions, you can use them to make
an informed decision regarding the compound’s suitability for your
application.”
|