Conductive, Antistatic
| Welcome! This is the details of Conductive, Antistatic products in this category. More new Conductive, Antistatic products will be frequently updated in this category. |
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| ( Conductive, Antistatic ) |
The biggest advantage of conductive polymers is their processibility. Conductive polymers are also plastics and therefore can combine the mechanical properties (flexibility, toughness, malleability, elasticity, etc.) of plastics with the high electrical conductivities. Conductive compounds are Polyalloy’s main products. For technology industry, conductive plastics have many applications like IC trays, carrier tape, conveyor belt, EMI solution, etc.
To prevent the surface of the material from dust, antistatic compounds provide a good solution. The antistatic agent makes the surface or the material itself slightly conductive, either by being conductive itself, or by absorbing moisture from the air.
Grades |
Description |
Surface Resistivity |
Tensile Strength |
Flexural Modulus |
IZOD |
AM-2204-56 |
Conductive PP |
103 ~ 106 |
250 |
13000 |
50 |
RRM-2224-13 |
Conductive PS |
103 ~ 106 |
270 |
26000 |
10 |
XF-2002 |
Conductive PES |
108 ~ 1011 |
1400 |
100000 |
40 |
WF-2002 |
Conductive PEI |
108 ~ 1010 |
1200 |
81000 |
30 |
UF-2002 |
Conductive PPS |
104 ~ 106 |
1300 |
130000 |
20 |
TP-2203 |
Conductive PPE |
103 ~ 106 |
600 |
40000 |
1.5 |
DM-2203 |
Conductive PA6 |
103 ~ 106 |
600 |
24000 |
3 |
O-2604 |
Anti-static ABS |
108 ~ 1010 |
430 |
21000 |
8 |
Conductive plastic and antistatic compounds have more advantages than surfactant coatings even metals. Compare both materials, if surface resistivity is an big issue, conductive plastics are recommended. However, black is not the only choice when working with antistatic compounds. |
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