Modified POM Family

Carbon Fiber Reinforced POM Compound

Black PLATFORM® carbon-fiber-reinforced POM spans 20% to 40% carbon fiber for precision parts that require higher stiffness, dimensional control, or specified electrical resistivity.

Portfolio Overview

The range provides different stiffness, shrinkage, dimensional, and electrical profiles. Published mechanical, thermal, molding-shrinkage, and resistivity data are available by grade.

Technical & compliance documentsTDSSDSCOAREACHRoHS

Carbon Fiber Reinforced POM Compound

Stiffness, shrinkage, dimensional, and electrical profiles

Grade comparison

Compare flow and stiffness

Compare the listed flow and stiffness values with their test methods. Open a grade for more properties, or request its current TDS to confirm specimen preparation, conditioning and suitability for your part.

Scroll across to view all comparison data.

Carbon fiber POM reference values, test methods and technical documents
GradeMelt flow rateFlexural modulusTechnical documents
ECF2009.5 g/10 minISO 1133, 195 °C/2.16 kg8000 MPaISO 178Web reference dataRequest TDS
ECF3004.5 g/10 minISO 1133, 195 °C/2.16 kg7000 MPaISO 178Web reference dataRequest TDS
ECF4004 g/10 minISO 1133, 195 °C/2.16 kg7200 MPaISO 178Web reference dataRequest TDS

These are listed reference values for initial screening. Confirm the current technical documents and evaluate the molded part under its intended operating conditions before final selection.

Applications

Typical part families

Explore the application areas represented in the current material range.

FAQ

Buyer Questions

What parts are carbon-fiber-reinforced POM grades designed for?

They are primarily designed for precision structural and functional parts that require higher stiffness, dimensional control, or specified electrical resistivity.

How do the grades differ?

The range spans 20%, 30%, and 40% carbon fiber, creating different profiles for stiffness, molding shrinkage, dimensional behavior, and electrical resistivity.

What information is needed to compare the grades?

The comparison should account for fiber orientation, measurement method, tooling, and the required properties of the molded part. Technical documents and samples are confirmed by grade and project.

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