Conductive / Antistatic Grade Directory
POM-CNT-R610 POM Compound
CNT Antistatic direction with catalogue target band 10⁶–10¹⁰. Confirm the test method, units, and molded-part result before approval.
Technical Data Sheets & Grade Data
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45 results for selected filters
POM
Conductive / Antistatic Grade Directory
POM-CNT-R35 POM Compound
CNT Antistatic direction with catalogue target band 10³–10⁵. Confirm the test method, units, and molded-part result before approval.
Conductive / Antistatic Grade Directory
POM GP8 POM Compound
Carbon Fiber Conductive direction with catalogue target band 10⁶–10⁸. Confirm the test method, units, and molded-part result before approval.
Conductive / Antistatic Grade Directory
POM GP3 POM Compound
Carbon Fiber Conductive direction with catalogue target band 10³–10⁵. Confirm the test method, units, and molded-part result before approval.
Grade Data / TDS Path
ETM090NC Base POM Resin
Standard base POM resin grade for automotive, electrical, sanitary, and industrial injection molded parts.
Grade Data / TDS Path
ETM130 Base POM Resin
Medium-flow base POM resin grade for molded parts that need stable processability and balanced mechanical properties.
Grade Data / TDS Path
ETM270 Base POM Resin
High-flow base POM resin grade for thin-wall molded parts, precision components, and general injection applications.
Grade Data / TDS Path
ETM450 Base POM Resin
High-flow base POM resin grade for automotive parts, electrical components, sanitary fittings, and precision parts.
Grade Data / TDS Path
ETM750 Base POM Resin
Very high-flow POM resin grade for thin-wall and flow-sensitive injection-molded parts.
Grade Data / TDS Path
ETM1500 Base POM Resin
Ultra high-flow base POM resin grade for molded parts that need easier filling and stable processability.
Grade Data / TDS Path
ETM1800 Base POM Resin
Ultra high-flow base POM resin grade for injection molding projects requiring maximum flowability.
Grade Data / TDS Path
XT-100 Base POM Resin
Low-density, high-impact POM resin grade for precision and general injection-molded parts.
Grade Data / TDS Path
ETM270H Wear-Resistant POM Compound
Wear-resistant POM direction with higher tensile and flexural performance for sliding and moving molded parts.
Grade Data / TDS Path
EPAF100A Wear-Resistant POM Compound
Aramid-fiber modified high wear-resistant POM compound for molded parts that need improved stiffness, wear resistance, and heat resistance.
Grade Data / TDS Path
EPTL402 Wear-Resistant POM Compound
PTFE-filled high wear-resistant POM compound for sliding parts, moving assemblies, and low-friction wear applications.
Grade Data / TDS Path
ENM1040 Wear-Resistant POM Compound
High wear-resistant POM compound with a special wear-resistant additive package for sliding and functional molded parts.
Grade Data / TDS Path
EDM-111 Wear-Resistant POM Compound
High wear-resistant POM compound direction for automotive, electrical, sanitary, and industrial molded applications.
Grade Data / TDS Path
EMS102 Wear-Resistant POM Compound
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.
Grade Data / TDS Path
EMS162 Wear-Resistant POM Compound
MoS2-filled black high wear-resistant POM compound for molded parts requiring wear resistance and stable mechanical performance.
Grade Data / TDS Path
EHI202T High-Impact POM Compound
High-impact and low-temperature resistant POM compound for automotive, electrical, sanitary, and industrial molded applications.
Grade Data / TDS Path
EHI402T High-Impact POM Compound
High-impact and low-temperature resistant POM compound with improved toughness for functional molded parts.
Grade Data / TDS Path
EHI602T High-Impact POM Compound
High-impact and low-temperature resistant POM compound for parts requiring stronger impact toughness and elongation.
Grade Data / TDS Path
EHI100ST High-Impact POM Compound
High-impact and low-temperature resistant POM compound for molded applications requiring balanced stiffness and toughness.
Grade Data / TDS Path
EDR100 High-Impact POM Compound
High-impact and low-temperature resistant POM compound for functional molded parts requiring improved toughness.
Grade Data / TDS Path
EDR180 High-Impact POM Compound
High-impact and low-temperature resistant POM compound with strong elongation performance for functional molded parts.
Grade Data / TDS Path
ETM090U UV-Resistant POM Compound
Medium-flow UV-resistant POM compound for automotive, electrical, sanitary, and precision molded parts.
Grade Data / TDS Path
ETM100PU UV-Resistant POM Compound
High-flow UV-resistant POM compound for automotive, electrical, sanitary, and industrial injection molded parts.
Grade Data / TDS Path
EDR180U UV-Resistant POM Compound
High-impact matte UV-resistant POM compound for molded parts that need impact performance, matte appearance, and UV-resistant material direction.
Grade Data / TDS Path
EGH202H Glass Fiber Reinforced POM Compound
10% glass-fiber reinforced POM standard grade for automotive, electrical and electronic, sanitary, and industrial applications.
Grade Data / TDS Path
EDR2000ZD-UV UV-Resistant POM Compound
High-impact UV and aging-resistant POM compound for molded parts requiring stable appearance and performance under light exposure.
Grade Data / TDS Path
EGH302H Glass Fiber Reinforced POM Compound
15% glass-fiber reinforced POM for automotive, electrical and electronic, sanitary, and industrial applications.
Grade Data / TDS Path
EGH402H Glass Fiber Reinforced POM Compound
20% glass-fiber reinforced POM for applications that need higher stiffness, lower shrinkage, and improved heat resistance.
Grade Data / TDS Path
EGH402T Glass Fiber Reinforced POM Compound
20% glass-fiber reinforced POM for molded parts that need balanced flow, stiffness, and dimensional control.
Grade Data / TDS Path
EGB25 Glass Bead Filled POM Compound
25% glass-bead-filled POM compound for injection-molded parts requiring balanced longitudinal and transverse shrinkage evaluation.
Grade Data / TDS Path
EGH502H Glass Fiber Reinforced POM Compound
25% glass-fiber reinforced POM for molded parts requiring high rigidity, creep-resistance review, and low shrinkage.
Grade Data / TDS Path
EGH502T Glass Fiber Reinforced POM Compound
25% glass-fiber reinforced POM for applications that need stiffness, lower shrinkage, and controlled processing flow.
Grade Data / TDS Path
EGH580H Glass Fiber Reinforced POM Compound
25% glass-fiber reinforced POM for high-stiffness molded parts requiring strong flexural performance and dimensional control.
Grade Data / TDS Path
EGH580T Glass Fiber Reinforced POM Compound
25% glass-fiber reinforced POM for high-stiffness molded parts with balanced impact and flow performance.
Grade Data / TDS Path
EGH602H Glass Fiber Reinforced POM Compound
30% glass-fiber reinforced POM for applications requiring increased stiffness, dimensional stability, and reduced molding shrinkage.
Grade Data / TDS Path
EGH602T Glass Fiber Reinforced POM Compound
30% glass-fiber reinforced POM for reinforced molded parts needing lower shrinkage and stable processing.
Grade Data / TDS Path
ECF200 Carbon Fiber Reinforced POM Compound
20% carbon-fiber reinforced POM for molded parts that need higher stiffness, lower shrinkage, dimensional stability, and conductive performance.
Grade Data / TDS Path
ECF300 Carbon Fiber Reinforced POM Compound
30% carbon-fiber reinforced POM for molded parts requiring high stiffness, low shrinkage, and stable conductive performance.
Grade Data / TDS Path
ECF400 Carbon Fiber Reinforced POM Compound
40% carbon-fiber reinforced POM for molded parts that need increased stiffness, dimensional stability, and conductive black material performance.
Grade Data / TDS Path
EGH25CN Conductive / Antistatic POM Compound
Black POM grade for automotive, electrical and electronic, sanitary, and industrial molded applications requiring controlled resistivity.
Grade Data / TDS Path
ECN1003B Conductive / Antistatic POM Compound
Black conductive POM grade for selected molded parts that need lower surface and volume resistivity.