Are conductive POM and antistatic POM the same?

No. Conductive, static-dissipative, and antistatic descriptions usually refer to different electrical ranges and performance goals. The exact target and test method should be confirmed for each project.

Can electrical performance affect mechanical properties?

Yes. Fillers or modifiers used for charge-control behavior may affect color, flow, impact, stiffness, wear, and surface quality. Compare the complete property balance before approval.

Illustrative black precision-molded functional component forms

Charge-Control POM

Conductive and Antistatic POM

POM compounds for charge-control parts, with carbon-nanotube and carbon-fiber formulations. Compare the catalogue's electrical bands alongside mechanical properties, color and finished-part requirements.

Discuss a Conductive POM Application View Conductive POM Grade Data

Catalogue Grades

Available POM Charge-Control Grades

Electrical bands are catalogue classifications. Grade-specific resistivity data should identify surface or volume measurement, units and test conditions.

Grade / familyPOM-CNT-R610 / POM-CNT-R35

Formulation / series

CNT Antistatic

Electrical classification

10⁶–10¹⁰ / 10³–10⁵

Grade / familyPOM GP8 / POM GP3

Formulation / series

Carbon Fiber Conductive

Electrical classification

10⁶–10⁸ / 10³–10⁵

Grade / familyPOM EGH25CN

Formulation / series

Conductive / Antistatic POM Compound

Electrical classification

Controlled resistivity

Grade / familyPOM ECN1003B

Formulation / series

Conductive / Antistatic POM Compound

Electrical classification

Conductive grade

Black modified POM pellets — **Charge-Control POM**
Target
Charge control
Typical color
Black
Selection data
Resistivity

Electrical Data for Charge-Control Parts

Antistatic, static-dissipative and conductive parts have different electrical targets. Useful grade data pairs the target range with the measurement type and test conditions.

Surface or volume resistivity
Target range and measurement units
Test method and specimen conditioning
Finished-part electrical requirements

Electrical and Mechanical Property Balance

The filler system can affect flow, impact strength, stiffness, wear and surface finish. These properties matter alongside the electrical target in a precision-molded part.

Component function and operating environment
Strength, impact and dimensional requirements
Color and surface finish
TDS and molded sample data

Final electrical performance should be confirmed on the molded part under the agreed test method and operating environment.

Related Paths

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Frequently Asked Questions

Are conductive POM and antistatic POM the same?: No. Conductive, static-dissipative, and antistatic descriptions usually refer to different electrical ranges and performance goals. The exact target and test method should be confirmed for each project.
Can electrical performance affect mechanical properties?: Yes. Fillers or modifiers used for charge-control behavior may affect color, flow, impact, stiffness, wear, and surface quality. Compare the complete property balance before approval.

Grade Selection

Need Help Shortlisting a Grade?

Share the current material, application, target properties, mold stage, document requirements, and estimated volume. Taiyi Polymer can shortlist relevant grades and confirm the next sample or TDS step.

Discuss a Conductive POM Application