Conductive/anti-static POM
Define surface or volume resistance and the grounding path; use conductive POM ECN1003B as a resistance baseline. For antistatic formulations, screen CNT systems against the target range and measure molded-part resistance.
Material selection for electronic and electrical components
Electronics & Electrical
Connectors need a balance of latch retention and thin-wall filling; drive parts require wear and noise comparisons. Screen CNT or carbon-fiber formulations for static-control handling parts against resistance targets and the grounding path.
Electronics & Electrical
Connectors need a balance of latch retention and thin-wall filling; drive parts require wear and noise comparisons. Screen CNT or carbon-fiber formulations for static-control handling parts against resistance targets and the grounding path.
- Electrical functionscomponent functions, as well as the target state of insulation, static dissipation, or conductivity
- Resistance and testingSurface or volumetric resistance range, test voltage, regulation conditions, and grounding path
- Size and assemblyTerminal holding, mechanical load, motion mode, key dimensions, and assembly clearance
- Environment and processingTemperature and humidity, color, clean environment, processing conditions, and applicable regulations or testing requirements
Typical components
Material requirements for electronics parts
Connectors & terminals
Thin-wall filling and latch cracking lead connector selection. Balance flow and assembly toughness, then check terminal location and project electrical requirements.
Connector housing
Short shots and weld lines weaken connector features; heat and moisture affect terminal position. Balance flow with latch toughness, then check electrical spacing and dimensions.
Electrical requirements & grade data
When flame retardancy, high temperature or regulatory requirements take priority, POM's suitability as a candidate needs separate review.
Find grade data and TDSDrive & motion
For continuous meshing, control tooth heat and wear; for starts or reversals, balance root loading with impact toughness.
Copier Drive Gear
High-speed meshing and toner contact can increase tooth wear; backlash changes amplify noise. Compare wear and profile retention, then continuous-running temperature rise.
Precision plastic gears
Wear-resistant & low-friction POM
For meshing or sliding wear and clearance growth, shortlist MoS₂-modified EMS102 and EMS162. Start with EMS102 for flow-sensitive molding and EMS162 when tensile strength leads selection.
For low-speed starts, dry sliding or stick-slip noise, start with PTFE-modified EPTL402. Compare starting force, running torque and wear separately for steel–plastic and plastic–plastic pairs.
View materials & gradesStatic control
Define resistance targets and the full grounding path before choosing CNT or carbon fiber. Recheck resistance for molding orientation, contact wear and humidity changes.
IC Handling Tray
Tray warpage disrupts stacking; resistance drift can undermine static protection. Define molded-part resistance, then balance flatness with impact toughness.
IC handling trays
Conductive/anti-static POM
Define surface or volume resistance and the grounding path; use conductive POM ECN1003B as a resistance baseline. For antistatic formulations, screen CNT systems against the target range and measure molded-part resistance.
View materials & gradesCarbon fiber reinforced POM
For stiffness combined with conductivity, start with ECF300 (30% carbon-fiber POM). Check flow/transverse dimensions, resistance and grounding contacts separately to define electrical performance.
View materials & gradesMaterial options
Narrow the material range according to electrical functions and mechanical requirements
Choose the formulation for the dominant failure mode, then build a first comparison with the baseline grades below. Consult each TDS for properties and molding conditions.
Carbon fiber reinforced POM
For stiffness combined with conductivity, start with ECF300 (30% carbon-fiber POM). Check flow/transverse dimensions, resistance and grounding contacts separately to define electrical performance.
Wear-resistant POM
For meshing or sliding wear and clearance growth, shortlist MoS₂-modified EMS102 and EMS162. Start with EMS102 for flow-sensitive molding and EMS162 when tensile strength leads selection.
Low-friction POM
For low-speed starts, dry sliding or stick-slip noise, start with PTFE-modified EPTL402. Compare starting force, running torque and wear separately for steel–plastic and plastic–plastic pairs.
Customized project formulations
For combined electrical and structural requirements beyond current formulations, submit resistance, flame, insulation and temperature targets for matrix and grade recommendations. Include PA6, PA66 or PPA where flame or insulation requirements apply.
Next step
Get candidate grades and trial priorities
Send a part drawing or function, the current failure and material, plus known operating conditions. Receive a candidate-grade comparison, TDS and molding-trial sample support, with the key checks for your part.