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.
Material selection for textile machinery components
Textile Machinery
Wear on yarn-contact surfaces can increase fuzz and breakage, while dusty reciprocation promotes stick-slip. Balance surface retention with friction first, then compare stiffness and dimensions for load-bearing supports.
Textile Machinery
Wear on yarn-contact surfaces can increase fuzz and breakage, while dusty reciprocation promotes stick-slip. Balance surface retention with friction first, then compare stiffness and dimensions for load-bearing supports.
- Yarn and processesTypes of yarn, fiber, or fabric, process locations, and contact paths
- Speed and tensionOperating speed, tension, reciprocating or rotational mode, cycle time, and load
- Surface and wearSurface roughness, fuzziness or wire breakage, wear, temperature rise, and static electricity conditions
- Size and environmentKey dimensions, shrinkage, cleaning media, oil, temperature and humidity, and assembly methods
Typical components
Material requirements for textile machinery parts
Yarn path & guidance
Grooves and burrs increase yarn fuzz and breaks. Compare surface wear and low friction, then track tension with the actual yarn.
Yarn Guide
Grooves and burrs increase fuzz and yarn breaks. Balance surface wear with low friction; check tension variation and damage using the actual yarn.
Textile guide 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 & gradesShedding & heddle motion
Heddle-eye wear disrupts yarn separation; arms and pivots face oscillating fatigue. Balance contact wear and toughness, then separation position and travel.
Heddle Wire Bundle
Groove wear shifts yarn separation; repeated oscillation can fatigue slender features. Compare groove wear and toughness, then straightness and separation stability.
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.
View materials & gradesGlass fiber reinforced 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.
View materials & gradesLinear guidance
For frequent starts, address stick-slip noise; for long reciprocation, clearance growth. Compare starting force and wear by steel/plastic rail and dust exposure.
Textile sliders
Low-speed reciprocation invites stick-slip; fiber dust changes friction and accelerates clearance growth. Match lubrication to the rail material, then compare starting force and wear.
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 & gradesBobbin & spindle support
For load-bearing supports, control deflection and creep; for rotary supports, bore wear. Alongside reinforcement stiffness, compare orientation warpage and assembly toughness.
Bobbin Holder
Repeated loading wears clips; higher speed amplifies bore eccentricity. Balance clamping toughness with bore retention, then bobbin location and vibration.
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.
View materials & gradesGlass fiber reinforced 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.
View materials & gradesMaterial options
Narrow the material range according to textile working conditions
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.
Glass fiber reinforced 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.
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.