Modified POM Family
UV-Stabilized POM
PLATFORM® UV-stabilized POM covers molded parts exposed to sunlight or other UV sources, with different flow, impact, color, and surface-appearance profiles.
Portfolio Overview
The range combines UV stabilization with different mechanical, flow, color, and appearance profiles. Published data, technical documents, and samples are confirmed by grade and project.
Technical & compliance documentsTDSSDSCOAREACHRoHS
UV-Stabilized POM
UV stabilization across flow, impact, color, and appearanceGrade Directory
Each listed grade combines its application focus with published property data and available detail pages.
UV-Resistant Grade
ETM090U
Medium-flow UV-resistant POM compound for automotive, electrical, sanitary, and precision molded parts.
- MFI
- 9 g/10 min
- Tensile
- 61 MPa
- HDT
- 95 °C
- Color
- Natural / Black
UV-Resistant Grade
ETM100PU
High-flow UV-resistant POM compound for automotive, electrical, sanitary, and industrial injection molded parts.
- MFI
- 2.8 g/10 min
- Tensile
- 68 MPa
- HDT
- 95 °C
- Color
- Natural / Black
UV-Resistant Grade
EDR180U
High-impact matte UV-resistant POM compound for molded parts that need impact performance, matte appearance, and UV-resistant material direction.
- MFI
- 5 g/10 min
- Tensile
- 45 MPa
- HDT
- 80 °C
- Color
- Natural / Black
UV and Aging Resistance
EDR2000ZD-UV
High-impact UV and aging-resistant POM compound for molded parts requiring stable appearance and performance under light exposure.
- MFI
- 4.5 g/10 min
- Tensile
- 45 MPa
- HDT
- 80 °C
- Color
- Natural / Black
Applications
Typical part families
Explore the application areas represented in the current material range.
FAQ
Buyer Questions
What parts are UV-resistant POM grades designed for?
They are primarily designed for outdoor equipment, automotive components, and other molded parts exposed to light, with different priorities for color, appearance, impact, and flow.
How do the grades differ?
The range includes medium- and higher-flow options, high-impact profiles, matte appearance, and UV- or aging-oriented grades, each with its own published data.
What should be defined before testing?
The light source, exposure time, color requirement, and acceptance method should be defined before comparing published grade data or testing representative 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