Modified POM Family
Conductive / Antistatic POM
Black PLATFORM® POM provides different surface- and volume-resistivity ranges for conductive or antistatic electrical, conveying, and automation components.
Portfolio Overview
Published surface- and volume-resistivity data are presented together with mechanical and thermal properties. Technical documents and samples are confirmed by grade and project.
Technical & compliance documentsTDSSDSCOAREACHRoHS
Conductive / Antistatic POM
Resistivity with mechanical and thermal property dataGrade Directory
Each listed grade combines its application focus with published property data and available detail pages.
Controlled Resistivity
EGH25CN
Black POM grade for automotive, electrical and electronic, sanitary, and industrial molded applications requiring controlled resistivity.
- MFI
- 4 g/10 min
- Tensile
- 88 MPa
- HDT
- 165 °C
- Color
- Black
Conductive Grade
ECN1003B
Black conductive POM grade for selected molded parts that need lower surface and volume resistivity.
- MFI
- 3.5 g/10 min
- Tensile
- 56 MPa
- HDT
- 110 °C
- Color
- Black
Applications
Typical part families
Explore the application areas represented in the current material range.
FAQ
Buyer Questions
What parts are these materials designed for?
They are primarily designed for electrical, electronic, conveying, and automation components that require controlled resistivity or charge management.
What data is available by grade?
The grade pages provide surface- and volume-resistivity data together with mechanical and thermal properties and their published test context.
What should be defined before comparing resistivity data?
The test method, measurement location, operating environment, and required resistivity range should be defined before comparing data or testing molded parts.
Project Inquiry
Compare Grades, Data & Samples
Share the application, operating conditions, and processing constraints to compare relevant grades and confirm available data, documents, and samples.
01Part & Duty
02Mold & Process
03Data & Samples