Properties |
Typical
Values |
Test
Procedures/Method |
Electrostatic
Decay |
0.01
seconds at 72° F
and 11.8% R.H. |
FED-STD-101,
Method 4046 |
Surface
Resistivity |
107
- 108 ohms/sq. after
11 days at 68° F
and 12% R.H.for surface.
103 - 104 ohms/sq.
for buried shielding
layer |
ASTM
D257 |
Surface
Resistivity, Low R.H.
Cut-off |
4%
R.H. |
Rockwell
International Test
Report of December
20, 1991 |
High-Voltage
Discharge Resistance |
Failure
rate 0/5 (no oxide
damage in five consecutive
tests) |
Rockwell
International Test
Report of December
20, 1991 |
Static
Shielding |
99.9%
attenuation at 10kV;
99.6% attenuation
at 30kV |
EIA
541, appendix E,
capacitive probe
test |
Charged
Device Model (CDM)
Safety |
RTG >107 ohms at 86% R.H.
or less |
Rockwell
International Test
Report of December
20, 1991 |
Current-Carrying
Hazard |
103
mA at 110V; 103 mA
at 220V |
ESD
from A to Z |
Corrosivity |
Contains
1-3 ppm reducible
sulfur |
FED-STD-101,
Method 3005 for reducible
sulfur |
Antistat
Transfer |
No
transfer |
Rockwell
International Test
Report of January
8, 1992 |
Water & Isopropyl
Alcohol Extraction
Tests for Antistat
Permanence |
Surface
resistivity 108 -
109 ohms/square at
74° F and 36%
R.H |
Rockwell
International Test
Report of January
8, 1992 |
Sloughing
Test |
Negligible
surface damage at
10 cycles and <5%
of surface damage
at 200 cycles in
Taber Abrasion Test.
No
conductive particles
abrased from surface |
ASTM
D4060 at 70 rpm with
CS-17 abrasive-coated
wheels and 1000 grams
load
Rockwell International
Test Report of January
8, 1992 |
Recyclability |
Complete
recyclability of package |
Rockwell
International Test
Report of January 8,
1992 |
Biodegradability |
Biodegradation
in or on moist soil |
|
Volume
Conductivity |
Conductivity
from wall to wall as
well as across surface
to assure permanence
of the antistatic
property |
Rockwell
International Test
Report of January 8,
1992 |
Shelf
Life |
Indefinite |
|