Black precision molded functional plastic components

Static-Control Engineering Plastics

Conductive and Antistatic Plastic Compounds

Compare carbon-nanotube permanent antistatic and carbon-fiber conductive options for electrostatic discharge (ESD) control and conductive applications.

Explore Grades Discuss Your Application

22Material matrices

44CNT directions

34Carbon-fiber directions

2Modification systems

Series Architecture

One directory, two material technologies

Material selection depends on the electrical target, polymer matrix, specified test method, molded-part geometry, conditioning, and mechanical requirements.

CNT / Permanent Antistatic

Carbon Nanotube Antistatic Series

Permanent static-control directions designed around non-blooming, non-migrating carbon-nanotube modification and low specific gravity.

Non-blooming and non-migrating modification direction
Low-specific-gravity catalogue positioning
R35 and R610 target bands

CF / Conductive

Carbon Fiber Conductive Series

Carbon-fiber directions for controlled conductivity with a thermal-conductive material review path.

Carbon-fiber conductive modification direction
Thermal-conductive review path
R35 and R68 target bands

CNT Grade Naming

Read the new code in three parts

Descriptive CNT grade codes identify the polymer matrix, modification system, and catalogue target band.

POMPolymer matrix

CNTCarbon nanotube

R3510^3-10^5 band

Cross-Material Grade Directory

Find a charge-control direction

Compare both modification systems by polymer matrix and electrical target range.

78 matching gradesR35, R68, and R610 describe catalogue target bands. Confirm the test method, units, and molded-part result before approval.

Material Matrix

Conductive & Antistatic POM

4 listed grades

Grade	Material	Technology	Target range	Next step
POM-CNT-R610	POM	CNT Antistatic	10⁶–10¹⁰	Request data
POM-CNT-R35	POM	CNT Antistatic	10³–10⁵	Request data
POM GP8	POM	Carbon Fiber Conductive	10⁶–10⁸	Request data
POM GP3	POM	Carbon Fiber Conductive	10³–10⁵	Request data

Material Matrix

Conductive & Antistatic PA6

4 listed grades

Grade	Material	Technology	Target range	Next step
PA6-CNT-R610	PA6	CNT Antistatic	10⁶–10¹⁰	Request data
PA6-CNT-R35	PA6	CNT Antistatic	10³–10⁵	Request data
PA6 GP8	PA6	Carbon Fiber Conductive	10⁶–10⁸	Request data
PA6 GP3	PA6	Carbon Fiber Conductive	10³–10⁵	Request data

Selection Inputs

Electrical targets and grade selection

Measurement basisSurface or volume method, units, conditioning, and limits

Part environmentHumidity, grounding, geometry, contact area, and service conditions

Property balanceFlow, impact, stiffness, color, dimensional control, and surface quality

Material Review

Need a cross-material recommendation?

Send the current resin, electrical target, molded-part function, test method, mechanical requirements, and expected volume.

Discuss Your Application View Conductive & Antistatic POM