Overview of Ne ,60/1 Combed Compact BCI cotton yarn
1.Material: 100% BCI cotton
2. yarn cournt:NE60
we can do 1)OPEN END: NE 6,NE7,NE8,NE10,NE12,NE16
2)RING SPUN: NE16,NE20,NE21,NE30,NE32,NE40
3)COMED & COMPACT: NE50,NE60,NE80,NE100,NE120,NE140
3.Feature: Eco-Friendly, Recycled,GOTS certificate
4. Use: Weaving
Factory

Feature of Ne 50/1 ,60/1 Combed Compact Organic cotton yarn
Best Quality
Fully equipped textile lab for comprehensive mechanical and chemical property testing according to AATCC, ASTM, ISO….


Certificate:We can offer TC and GOTS certificate
Packaging

Shipment






Best Applications for Compact Yarn: From Fashion to Home Textiles
Compact yarn excels in products demanding both aesthetics and performance. In fashion, it elevates premium T-shirts and dress shirts with wrinkle-resistant smoothness. For intimate apparel and baby clothing, its hypoallergenic surface ensures comfort against sensitive skin. Home textiles like high-end bedding benefit from the yarn’s color vibrancy and resistance to abrasion, while upholstery fabrics maintain their lush appearance despite frequent use. The versatility spans from lightweight voiles to structured twills, all with enhanced durability.
Compact Yarn vs Ring Spun Yarn: Which Is Better for Premium Textiles?
While ring-spun yarns have long dominated the market, compact yarn offers distinct advantages for high-end textiles. Its tightly integrated fibers eliminate the loose ends typical in ring-spun yarns, reducing hairiness by 30–50% and enhancing fabric smoothness. Though compact yarn carries a 5–10% higher production cost, the payoff comes in superior dye uptake, reduced pilling, and compatibility with automated machinery. For brands prioritizing fabric aesthetics and durability, compact yarn delivers measurable quality improvements, whereas ring-spun remains a cost-effective choice for standard applications.
Why Compact Yarn Is the Ideal Choice for High-Speed Textile Machinery
The structural integrity of compact yarn makes it uniquely suited for modern high-speed textile equipment. With fewer fiber protrusions and even tension distribution, it experiences up to 40% fewer breaks during weaving or knitting compared to traditional yarns. This reliability translates to uninterrupted production runs, higher throughput, and lower waste from machine stoppages. Automated knitting machines particularly benefit from the yarn’s consistency, enabling precise stitch formation for intricate patterns without compromising speed or quality.