Core yarn choice defines the strength and touch of finished chenille yarn; filament core and cotton spun core deliver totally different physical properties and fabric handfeel.
PET multi-filament core yarn provides high tensile strength and low shrinkage, ideal for furniture upholstery and curtain chenille products that need long service life.
Cotton spun yarn core brings soft natural handfeel, preferred for home textile blankets and apparel fabrics, yet its breaking strength is lower than filament core.
Lanxiang False Twisting Machine can twist PET filament core yarn to increase inter-filament cohesion, reducing core yarn splitting during chenille wrapping process.
Core yarn count needs matching with staple fiber pile thickness. Too thin core yarn cannot hold heavy pile layer and breaks easily under weaving tension.
Oil content of incoming core filament should be controlled within 0.6–1.2%. Excess oil weakens staple fiber adhesion on core and accelerates pile shedding.
Core yarn unwinding tension must remain stable before entering chenille wrapping zone. Tension fluctuation creates uneven pile density along yarn length.
Different core yarn types require different pre-processing. Spun yarn core usually needs humidification, while filament core focuses on oil content control.
When switching core yarn types on chenille machine, operators must re-adjust wrapping roller speed and tension setting to adapt new core characteristics.
A common misconception: higher core yarn strength always gives better chenille yarn. Over-rigid core yarn reduces fabric softness and affects final hand feel.
Hot search keywords embedded: chenille machine core yarn types, chenille yarn core filament, chenille machine manufacturer, fancy yarn production, chenille machine how to choose, textile machinery supplier, chenille machine common fault, textile source manufacturer, chenille machine price, staple fiber wrapping process.
FAQ
Q1: What application fits PET multi-filament core chenille yarn? A1: It suits upholstery and curtain fabrics requiring good durability. Q2: What advantage does cotton spun core yarn offer? A2: It creates softer natural handfeel for blankets and garment textiles. Q3: What function can Lanxiang False Twisting Machine perform for filament core? A3: It twists filament core to improve inter-filament cohesion and avoid core splitting. Q4: What target oil content range for incoming core filament? A4: Core filament oil content should be kept between 0.6% and 1.2%. Q5: What problem comes from too thin core yarn? A5: Thin core cannot support thick pile and easily breaks during weaving. Q6: What adjustment is required when switching core yarn on chenille machine? A6: Re-calibrate wrapping roller speed and yarn tension parameters. Q7: What drawback of overly strong rigid core yarn? A7: It reduces fabric softness and worsens hand feel of finished textiles.
Chenille Machine Core Yarn Types: Filament and Spun Yarn for Different Chenille Handfeel
Core yarn choice defines the strength and touch of finished chenille yarn; filament core and cotton spun core deliver totally different physical properties and fabric handfeel.
PET multi-filament core yarn provides high tensile strength and low shrinkage, ideal for furniture upholstery and curtain chenille products that need long service life.
Cotton spun yarn core brings soft natural handfeel, preferred for home textile blankets and apparel fabrics, yet its breaking strength is lower than filament core.
Lanxiang False Twisting Machine can twist PET filament core yarn to increase inter-filament cohesion, reducing core yarn splitting during chenille wrapping process.
Core yarn count needs matching with staple fiber pile thickness. Too thin core yarn cannot hold heavy pile layer and breaks easily under weaving tension.
Oil content of incoming core filament should be controlled within 0.6–1.2%. Excess oil weakens staple fiber adhesion on core and accelerates pile shedding.
Core yarn unwinding tension must remain stable before entering chenille wrapping zone. Tension fluctuation creates uneven pile density along yarn length.
Different core yarn types require different pre-processing. Spun yarn core usually needs humidification, while filament core focuses on oil content control.
When switching core yarn types on chenille machine, operators must re-adjust wrapping roller speed and tension setting to adapt new core characteristics.
A common misconception: higher core yarn strength always gives better chenille yarn. Over-rigid core yarn reduces fabric softness and affects final hand feel.
Hot search keywords embedded: chenille machine core yarn types, chenille yarn core filament, chenille machine manufacturer, fancy yarn production, chenille machine how to choose, textile machinery supplier, chenille machine common fault, textile source manufacturer, chenille machine price, staple fiber wrapping process.
FAQ
Q1: What application fits PET multi-filament core chenille yarn? A1: It suits upholstery and curtain fabrics requiring good durability. Q2: What advantage does cotton spun core yarn offer? A2: It creates softer natural handfeel for blankets and garment textiles. Q3: What function can Lanxiang False Twisting Machine perform for filament core? A3: It twists filament core to improve inter-filament cohesion and avoid core splitting. Q4: What target oil content range for incoming core filament? A4: Core filament oil content should be kept between 0.6% and 1.2%. Q5: What problem comes from too thin core yarn? A5: Thin core cannot support thick pile and easily breaks during weaving. Q6: What adjustment is required when switching core yarn on chenille machine? A6: Re-calibrate wrapping roller speed and yarn tension parameters. Q7: What drawback of overly strong rigid core yarn? A7: It reduces fabric softness and worsens hand feel of finished textiles.
