ESD CONDUCTING AGENT
TECHNICAL DATA SHEET, IDP-STAT PP COMPOUNDS IDR-1000
INTRODUCTION
The IDP-STAT PP Compounds (IDR-1000) are statically dissipative thermoplastic sheets based on Inherently
Dissipative Polymers (IDP) technology. This class of materials have distinctive advantages in hot spots
and cleanliness requirements in comparison to other materials based on Hygroscopic Antistats, Inherently
Conductive Polymers (ICP) or Conductive Fillers such as carbon fibers and carbon blacks.
IDP-STAT Compounds exhibit superior property and processing characteristics compared with other
competitive IDP based compounds.
MATERIAL PROPERTY
| PROPERTIES |
ASTM METHODS |
ENGLISH UNIT |
VALUES |
SI UNIT |
VALUES |
PHYSICAL
| SPECIFIC GRAVITY |
D792 |
- |
0.92 |
- |
0.92 |
| MOLD SHRINKAGE |
D955 |
% |
1.5-2.0 |
% |
1.5-2.0 |
MECHANICAL
| TENSILE STRENGTH |
D638 |
psi |
2,800 |
Mpa |
20 |
| FLEXURAL STRENGTH |
D790 |
psi |
2,800 |
Mpa |
20 |
| FLEXURAL MODULUS |
D790 |
ksi |
128 |
Mpa |
880 |
| NOTCHED IZOD IMPACT STRENGTH |
D256 |
f.lbs/in |
3.6 |
J/m |
190 |
THERMAL
| SURFACE RESISTIVITY D257 |
D257 |
℉ |
127 |
℃ |
53 |
ELECTRICAL
| SURFACE RESISTIVITY D257 |
D257 |
10EΩ/sq |
8-10 |
10EΩ/sq |
8-10 |
| STATIC DECAY TIME 5 KV to 50V |
FTMS101C |
sec. |
<0.5 |
sec. |
<0.5 |
The property values shown above are the typical average values from injection molded specimens
which can be expected from manufacturing lots and are not intended for specific purposes.
TECHNICAL DATA SHEET, IDP-STAT PS COMPOUNDS IDR-2000
INTRODUCTION
The IDP-STAT PS Compounds (IDR-2000) are statically dissipative thermoplastic sheets based on Inherently
Dissipative Polymers (IDP) technology. This class of materials have distinctive advantages in hot spots
and cleanliness requirements in comparison to other materials based on Hygroscopic Antistats, Inherently
Conductive Polymers (ICP) or Conductive Fillers such as carbon fibers and carbon blacks.
IDP-STAT Compounds exhibit superior property and processing characteristics compared with other
competitive IDP based compounds.
MATERIAL PROPERTY
| PROPERTIES |
ASTM METHODS |
ENGLISH UNIT |
VALUES |
SI UNIT |
VALUES |
PHYSICAL
| SPECIFIC GRAVITY |
D792 |
- |
1.04 |
- |
1.04 |
| MOLD SHRINKAGE |
D955 |
% |
0.5-0.8 |
% |
0.5-0.8 |
MECHANICAL
| TENSILE STRENGTH |
D638 |
psi |
2,800 |
- |
20 |
| FLEXURAL STRENGTH |
D790 |
psi |
4,200 |
% |
30 |
| FLEXURAL MODULUS |
D790 |
ksi |
213 |
% |
1,470 |
| NOTCHED IZOD IMPACT STRENGTH |
D256 |
f.lbs/in |
2.4 |
% |
130 |
THERMAL
| SURFACE RESISTIVITY D257 |
D257 |
℉ |
163 |
℃ |
73 |
ELECTRICAL
| SURFACE RESISTIVITY D257 |
D257 |
10EΩ/sq |
8-10 |
10EΩ/sq |
8-10 |
| STATIC DECAY TIME 5 KV to 50V |
FTMS101C |
sec. |
<0.5 |
sec. |
<0.5 |
The property values shown above are the typical average values from injection molded specimens
which can be expected from manufacturing lots and are not intended for specific purposes.
TECHNICAL DATA SHEET, IDP-STAT PC/ABS COMPOUNDS IDR-4000
INTRODUCTION
The IDP-STAT PC/ABS Compounds (IDR-4000) are statically dissipative thermoplastic sheets based on
Inherently Dissipative Polymers (IDP) technology. This class of materials have distinctive advantages in hot
spots and cleanliness requirements in comparison to other materials based on Hygroscopic Antistats,
Inherently Conductive Polymers (ICP) or Conductive Fillers such as carbon fibers and carbon blacks.
IDP-STAT Compounds exhibit superior property and processing characteristics compared with other
competitive IDP based compounds.
MATERIAL PROPERTY
| PROPERTIES |
ASTM METHODS |
ENGLISH UNIT |
VALUES |
SI UNIT |
VALUES |
PHYSICAL
| SPECIFIC GRAVITY |
D792 |
- |
1.35 |
- |
1.35 |
| MOLD SHRINKAGE |
D955 |
% |
0.3 |
% |
0.3 |
MECHANICAL
| TENSILE STRENGTH |
D638 |
psi |
5,800 |
- |
40 |
| FLEXURAL STRENGTH |
D790 |
psi |
6,500 |
% |
45 |
| FLEXURAL MODULUS |
D790 |
ksi |
625 |
% |
4,300 |
| NOTCHED IZOD IMPACT STRENGTH |
D256 |
f.lbs/in |
0.7 |
% |
34 |
THERMAL
| SURFACE RESISTIVITY D257 |
D257 |
℉ |
206 |
℃ |
97 |
ELECTRICAL
| SURFACE RESISTIVITY D257 |
D257 |
10EΩ/sq |
8-10 |
10EΩ/sq |
8-10 |
| STATIC DECAY TIME 5 KV to 50V |
FTMS101C |
sec. |
<2 |
sec. |
<2 |
The property values shown above are the typical average values from injection molded specimens
which can be expected from manufacturing lots and are not intended for specific purposes.
