Connector housing
Terminal spacing, retention force, thin-wall filling, mating cycles and electrical requirements shape the dimensional, processing and material-selection priorities.
Material selection for electronic and electrical components
Electronics & Electrical
Precision injection-molded components for electrical connection, insulation, control and actuation. When static control is required, screen conductive or antistatic compound options against the defined electrical target.
Electronics & Electrical
Precision injection-molded components for electrical connection, insulation, control and actuation. When static control is required, screen conductive or antistatic compound options against the defined electrical target.
- 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
Electronics & Electrical — Part priorities
Interconnects
Terminal housing
Maintaining structure, creepage or spacing design, dimensional consistency, and assembly clearance determine the focus of material and molding control.
Panel-mounted signal connectors
Connection maintenance, stress relief, cable alignment, panel fit, and environmental conditions determine structural and dimensional requirements.
Drive & Motion
Copier Drive Gear
Gear meshing, speed, cycle count, noise, and toner environment determine wear, rotational accuracy, and dimensional retention.
Toner cartridge transmission components
Gear supports, shaft alignment, dust, load, and replacement cycles determine friction, wear, and assembly stability.
Robot joint gearbox
Gear meshing, bearing support, load, speed, positioning accuracy, and cycle count determine wear, rigidity, and dimensional stability.
ESD Handling
IC Handling Tray
Pallet flatness, hole size, stacking and handling durability, target resistance, and test conditions all need to be confirmed together.
Anti-static precision components
Target resistance, test voltage, humidity regulation, grounding method, size, and color determine the formulation and validation conditions.
Material options
Narrow the material range according to electrical functions and mechanical requirements
The following directions are intended to establish preliminary candidates and do not represent universal applicability to all electronic and electrical components. Resistance, grounding, humidity, testing methods, dimensions, and actual assembly all need to be confirmed together.
Conductive/anti-static POM
Components are considered candidates when the surface or volumetric resistance range, test voltage, regulation conditions, grounding method, and usage environment are specified.
Carbon fiber reinforced POM
Candidates are considered when load-bearing or precision components simultaneously require higher rigidity, dimensional retention, and conductivity, and fiber orientation and anisotropy are evaluated.
Wear-resistant POM
Transmission or actuator components in electrical equipment are considered candidates when repeated contact wear and lifespan are major issues.
Low-friction POM
Consider low-friction options for sliding, rotating or mating interfaces when friction, noise or stick-slip must be reduced. Evaluate them alongside the electrical requirements.
Customized project formulations
Discuss formulation adjustments when existing options cannot meet the electrical, mechanical, color and processing targets together. If flame retardancy, high temperature or regulatory requirements dominate, first confirm whether POM remains an appropriate candidate.
Next step
Start with the known electrical and component requirements
Share the part function, target resistance, test voltage and conditioning, grounding method, mechanical load, key dimensions, environment and current material. We can then organize the candidate range, open conditions, and grade-document or sample arrangements.