Nylon Twisted Yarn

Nylon Twisted Yarn is a specialized polyamide yarn produced by twisting two or more single filament strands together under controlled tension, creating a unified multifold structure with enhanced mechanical coherence and surface character. Unlike single-end DTY or flat HTY, the twisting process imparts a helical geometry that fundamentally alters the yarn's tensile behavior, abrasion resistance, and aesthetic appearance, making it a preferred intermediate for weaving, knitting, and sewing thread manufacturing.

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Description

Technical Parameters

Zhuji Yuanhui Import & Export Co., Ltd. is one of the leading manufacturers and suppliers of nylon twisted yarn in China. As we have world-leading production equipment and strong manufacturing capabilities, we warmly welcome you to buy top-quality nylon twisted yarn in stock here from our factory. Contact us for quotation and free sample.

Nylon Twisted Yarn is a specialized polyamide yarn produced by twisting two or more single filament strands together under controlled tension, creating a unified multifold structure with enhanced mechanical coherence and surface character. Unlike single-end DTY or flat HTY, the twisting process imparts a helical geometry that fundamentally alters the yarn's tensile behavior, abrasion resistance, and aesthetic appearance, making it a preferred intermediate for weaving, knitting, and sewing thread manufacturing.

Core Performance Attributes

01/

Enhanced Structural Integrity

The twisting action interlocks individual filaments, distributing applied load across multiple strands and significantly reducing the risk of filament breakage under cyclic stress.

02/

Controlled Twist Stability

Precision twist setting (typically S or Z direction) ensures the yarn maintains its coiled configuration during downstream processing, minimizing snarling, kinking, or untwisting on high-speed machinery.

03/

Improved Abrasion Endurance

The compacted, rounded cross-section of twisted yarn presents a smoother surface profile that glides through guides, needles, and heddles with less friction, extending both yarn and machine life.

04/

Tensile Uniformity

Combining multiple ends averages out strength variations between individual filaments, delivering more consistent breaking load across the entire yarn package.

05/

Customizable Hand Feel

Twist level (TPM - twists per meter) can be adjusted from soft to hard to tailor fabric drape, surface texture, and dimensional stability for specific end uses.

Available Specifications

Specification	Description
30D/12F×2	Two-ply fine denier construction, ideal for lightweight sewing threads, delicate lace, and fine-gauge knitted fabrics.
40D/14F×2	Two-ply medium denier, widely used in high-strength stitching, narrow elastic webbing, and industrial tape edges.

Both specifications can be produced in single-twist (one-pass) or cable-twist (two-pass) configurations, with twist levels ranging from 200 to 800 TPM depending on application requirements. Optional finishes include silicone lubrication for high-speed sewing and wax coating for improved needle penetration.

Primary Application Scenarios

01/

Sewing Thread Manufacturing

The primary raw material for bonded nylon sewing threads used in footwear, leather goods, upholstery, and automotive interiors, where seam strength and abrasion resistance are critical.

02/

Lace & Narrow Fabric Weaving

Twisted yarns provide the crisp definition and structural clarity required for intricate lace patterns, embroidered motifs, and decorative trims.

03/

Elastic Webbing & Belting

When combined with spandex or rubber cores, twisted nylon offers the dimensional stability needed for seat belts, luggage straps, and industrial tie-downs.

04/

Rope & Cordage

Small-diameter twisted cords for drawstrings, shoelaces, and medical sutures benefit from the balanced torque and smooth surface finish.

05/

Industrial Filter Fabrics

Twisted multifilament yarns create uniform pore structures in woven filter media for liquid and air filtration systems.

Nylon Twisted Yarn occupies a distinct position between single-end filaments and finished cords, offering textile engineers a versatile building block that combines the processability of continuous filament with the structural advantages of a plied construction.