POM Material Portfolio
Modified POM Compounds by Material Family
Choose PLATFORM modified POM compounds for gears, bushings and other precision molded parts. Compare material families for wear, friction, impact, UV stability, reinforcement or electrical performance, then review listed grades and the technical documents available for your project.
Modified POM Directory
Wear, impact, reinforcement, electrical, and flow familiesChoose a POM Family by Part Need
Start with the performance gap that governs the molded part, then open the relevant PLATFORM POM family to compare listed grades and published data.
Movement & Durability
Friction, impact, and environmental exposure
Stiffness & Dimensional Control
Reinforcement, shrinkage, and molding stability
Function & Processing Baseline
Electrical behavior, base resin, and flow window
All POM Grade Data
Compare all listed POM grades here, or open a material family above for a focused category view.
Wear-Resistant POM Compound
ETM270H
Wear-resistant POM direction with higher tensile and flexural performance for sliding and moving molded parts.
- MFI
- 27 g/10 min
- Tensile
- 72 MPa
- HDT
- 96 °C
- Color
- Natural
Wear-Resistant POM Compound
EPAF100A
Aramid-fiber modified high wear-resistant POM compound for molded parts that need improved stiffness, wear resistance, and heat resistance.
- MFI
- 3.7 g/10 min
- Tensile
- 80 MPa
- HDT
- 136 °C
- Color
- Natural
Wear-Resistant POM Compound
EPTL402
PTFE-filled high wear-resistant POM compound for sliding parts, moving assemblies, and low-friction wear applications.
- MFI
- 7.5 g/10 min
- Tensile
- 42 MPa
- HDT
- 100 °C
- Color
- Natural
Wear-Resistant POM Compound
ENM1040
High wear-resistant POM compound with a special wear-resistant additive package for sliding and functional molded parts.
- MFI
- 7 g/10 min
- Tensile
- 53 MPa
- HDT
- 90 °C
- Color
- Natural
Wear-Resistant POM Compound
EDM-111
High wear-resistant POM compound direction for automotive, electrical, sanitary, and industrial molded applications.
- MFI
- 7 g/10 min
- Tensile
- 45 MPa
- HDT
- 100 °C
- Color
- Natural
Wear-Resistant POM Compound
EMS102
Black molybdenum-disulfide-filled POM compound supplied as granules for automotive, electrical and electronic, sanitary, and industrial applications. Listed properties are typical values for preliminary material selection.
- MFI
- 8 g/10 min
- Tensile
- 60 MPa
- HDT
- 113 °C
- Color
- Black
Wear-Resistant POM Compound
EMS162
MoS2-filled black high wear-resistant POM compound for molded parts requiring wear resistance and stable mechanical performance.
- MFI
- 7 g/10 min
- Tensile
- 65 MPa
- HDT
- 115 °C
- Color
- Black
High-Impact POM Compound
EHI202T
High-impact and low-temperature resistant POM compound for automotive, electrical, sanitary, and industrial molded applications.
- MFI
- 8.5 g/10 min
- Tensile
- 55 MPa
- HDT
- 95 °C
- Color
- Natural
High-Impact POM Compound
EHI402T
High-impact and low-temperature resistant POM compound with improved toughness for functional molded parts.
- MFI
- 8 g/10 min
- Tensile
- 45 MPa
- HDT
- 70 °C
- Color
- Natural
High-Impact POM Compound
EHI602T
High-impact and low-temperature resistant POM compound for parts requiring stronger impact toughness and elongation.
- MFI
- 6 g/10 min
- Tensile
- 37 MPa
- HDT
- 66 °C
- Color
- Natural
High-Impact POM Compound
EHI100ST
High-impact and low-temperature resistant POM compound for molded applications requiring balanced stiffness and toughness.
- MFI
- 8.5 g/10 min
- Tensile
- 55 MPa
- HDT
- 95 °C
- Color
- Natural
High-Impact POM Compound
EDR100
High-impact and low-temperature resistant POM compound for functional molded parts requiring improved toughness.
- MFI
- 6 g/10 min
- Tensile
- 52 MPa
- HDT
- 95 °C
- Color
- Natural
High-Impact POM Compound
EDR180
High-impact and low-temperature resistant POM compound with strong elongation performance for functional molded parts.
- MFI
- 5 g/10 min
- Tensile
- 45 MPa
- HDT
- 80 °C
- Color
- Natural
UV-Resistant POM Compound
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 POM Compound
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 POM Compound
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-Resistant POM Compound
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
Glass Fiber Reinforced POM Compound
EGH202H
10% glass-fiber reinforced POM standard grade for automotive, electrical and electronic, sanitary, and industrial applications.
- MFI
- 7 g/10 min
- Tensile
- 100 MPa
- HDT
- 155 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH302H
15% glass-fiber reinforced POM for automotive, electrical and electronic, sanitary, and industrial applications.
- MFI
- 6 g/10 min
- Tensile
- 110 MPa
- HDT
- 145 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH402H
20% glass-fiber reinforced POM for applications that need higher stiffness, lower shrinkage, and improved heat resistance.
- MFI
- 4 g/10 min
- Tensile
- 113 MPa
- HDT
- 163 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH402T
20% glass-fiber reinforced POM for molded parts that need balanced flow, stiffness, and dimensional control.
- MFI
- 5.5 g/10 min
- Tensile
- 90 MPa
- HDT
- 157 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH502H
25% glass-fiber reinforced POM for molded parts requiring high rigidity, creep-resistance review, and low shrinkage.
- MFI
- 8.5 g/10 min
- Tensile
- 120 MPa
- HDT
- 162 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH502T
25% glass-fiber reinforced POM for applications that need stiffness, lower shrinkage, and controlled processing flow.
- MFI
- 4.8 g/10 min
- Tensile
- 116 MPa
- HDT
- 162 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH580H
25% glass-fiber reinforced POM for high-stiffness molded parts requiring strong flexural performance and dimensional control.
- MFI
- 8 g/10 min
- Tensile
- 135 MPa
- HDT
- 162 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH580T
25% glass-fiber reinforced POM for high-stiffness molded parts with balanced impact and flow performance.
- MFI
- 8.5 g/10 min
- Tensile
- 125 MPa
- HDT
- 162 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH602H
30% glass-fiber reinforced POM for applications requiring increased stiffness, dimensional stability, and reduced molding shrinkage.
- MFI
- 8.5 g/10 min
- Tensile
- 125 MPa
- HDT
- 165 °C
- Color
- Natural
Glass Fiber Reinforced POM Compound
EGH602T
30% glass-fiber reinforced POM for reinforced molded parts needing lower shrinkage and stable processing.
- MFI
- 6 g/10 min
- Tensile
- 70 MPa
- HDT
- 162 °C
- Color
- Natural
Glass Bead Filled POM Compound
EGB25
25% glass-bead-filled POM compound for injection-molded parts requiring balanced longitudinal and transverse shrinkage evaluation.
- MFI
- 8.5 g/10 min
- Tensile
- 40 MPa
- HDT
- 110 °C
- Color
- Natural
Carbon Fiber Reinforced POM Compound
ECF200
20% carbon-fiber reinforced POM for molded parts that need higher stiffness, lower shrinkage, dimensional stability, and conductive performance.
- MFI
- 9.5 g/10 min
- Tensile
- 80 MPa
- HDT
- 162 °C
- Color
- Black
Carbon Fiber Reinforced POM Compound
ECF300
30% carbon-fiber reinforced POM for molded parts requiring high stiffness, low shrinkage, and stable conductive performance.
- MFI
- 4.5 g/10 min
- Tensile
- 95 MPa
- HDT
- 160 °C
- Color
- Black
Carbon Fiber Reinforced POM Compound
ECF400
40% carbon-fiber reinforced POM for molded parts that need increased stiffness, dimensional stability, and conductive black material performance.
- MFI
- 4 g/10 min
- Tensile
- 100 MPa
- HDT
- 162 °C
- Color
- Black
Conductive / Antistatic POM Compound
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 / Antistatic POM Compound
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
Base POM Resin
ETM090NC
Standard base POM resin grade for automotive, electrical, sanitary, and industrial injection molded parts.
- MFI
- 9 g/10 min
- Tensile
- 60 MPa
- HDT
- 95 °C
- Color
- Natural
Base POM Resin
ETM130
Medium-flow base POM resin grade for molded parts that need stable processability and balanced mechanical properties.
- MFI
- 13 g/10 min
- Tensile
- 58 MPa
- HDT
- 89 °C
- Color
- Natural
Base POM Resin
ETM270
High-flow base POM resin grade for thin-wall molded parts, precision components, and general injection applications.
- MFI
- 27 g/10 min
- Tensile
- 62 MPa
- HDT
- 100 °C
- Color
- Natural
Base POM Resin
ETM450
High-flow base POM resin grade for automotive parts, electrical components, sanitary fittings, and precision parts.
- MFI
- 45 g/10 min
- Tensile
- 62 MPa
- HDT
- 105 °C
- Color
- Natural
Base POM Resin
ETM750
Very high-flow POM resin grade for thin-wall and flow-sensitive injection-molded parts.
- MFI
- 75 g/10 min
- Tensile
- 60 MPa
- HDT
- 100 °C
- Color
- Natural
Base POM Resin
ETM1500
Ultra high-flow base POM resin grade for molded parts that need easier filling and stable processability.
- MFI
- 150 g/10 min
- Tensile
- 55 MPa
- HDT
- 105 °C
- Color
- Natural
Base POM Resin
ETM1800
Ultra high-flow base POM resin grade for injection molding projects requiring maximum flowability.
- MFI
- 180 g/10 min
- Tensile
- 55 MPa
- HDT
- 105 °C
- Color
- Natural
Base POM Resin
XT-100
Low-density, high-impact POM resin grade for precision and general injection-molded parts.
- MFI
- 9 g/10 min
- Tensile
- 58 MPa
- HDT
- 90 °C
- Color
- Natural
Applications
Typical part families
Explore the application areas represented in the current material range.
View all applications →FAQ
Buyer Questions
What does modified POM mean?
Modified POM is a POM compound adjusted with selected additives, fillers, reinforcements, lubricants, impact modifiers, or electrical modifiers. Final suitability depends on the exact grade and application conditions.
Should buyers choose a material family or a grade first?
Start with the part function, movement, load, environment, dimensional target, and processing method to identify a relevant family. Then compare its grades by the properties and documents that govern the project.
Can Taiyi Polymer shortlist a grade from an application requirement?
Yes. Share the part, current material, target performance, mold information, document needs, and estimated volume so relevant grades can be shortlisted for project evaluation.
Project Inquiry
Compare Grades, Data & Samples
Share the part function, operating conditions, and molding constraints to compare relevant grades and confirm available data, documents, and samples.
01Part & Duty
02Mold & Process
03Data & Samples