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.
Conveying and automated material selection
Conveyor & Automation
Pin-bore wear lengthens chain pitch, while guide stick-slip raises drive load. Separate load deformation from contact wear before choosing reinforced or lubricated POM for chains, rollers and guides.
Conveyor & Automation
Pin-bore wear lengthens chain pitch, while guide stick-slip raises drive load. Separate load deformation from contact wear before choosing reinforced or lubricated POM for chains, rollers and guides.
- Delivery missionTypes of conveyed items, single and cumulative loads, impact and storage methods
- Load and cycle timeWire speed, start-stop frequency, number of cycles, chain meshing, and pin shaft fit
- Contact and wearGuide rails, pins, and roller materials, lubrication status, wear, and noise phenomena
- Environment and Static ElectricityTemperature, cleaning medium, dust, color, static electricity range, and testing methods
Typical components
Material requirements for conveyor parts
Conveying surfaces & chain path
Pin-bore wear accumulates as pitch growth; guide friction raises drive load. Check creep in loaded plates and grounding continuity in static-control lines.
Mini Conveyor Chain Plate
Pin-bore wear accumulates as pitch growth; corner sliding raises drive force. Compare bore wear and guide friction, then check total chain-pitch change.
Conveyor chain components
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 & gradesConductive/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 & gradesEnhance POM
For load deformation or location drift, compare EGH302H (15% GF) with EGH602H (30% GF). Alongside stiffness, check orientation-driven warpage, assembly toughness and mating-surface wear.
Discuss Your ApplicationRolling & structural support
For load-bearing supports, control deflection and creep; for rotary supports, bore wear. Alongside reinforcement stiffness, compare orientation warpage and assembly toughness.
Conveyor Roller
Bore wear increases roller runout; eccentricity raises running resistance. Balance bore retention with low starting torque, then check roundness after loaded rotation.
Conveyor chain components
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 & gradesEnhance POM
For load deformation or location drift, compare EGH302H (15% GF) with EGH602H (30% GF). Alongside stiffness, check orientation-driven warpage, assembly toughness and mating-surface wear.
Discuss Your ApplicationMaterial options
Narrow the material range according to the conveying task
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.
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.
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.
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.