Compat Ne 30/1 100%Recycle Polyester Yarn

Compat Ne 30/1 100%Recycle polyester Yarn

1. Actual Count ：Ne30/1

2. Linear density deviation per Ne:+-1.5%
3. Cvm %: 10
4. Thin ( – 50%) :0
5. Thick( + 50%):2
6. Neps ( + 200%):5
7. Hairiness : 5
8. Strength CN /tex :26
9. Strength CV% :10
10. Application: Weaving, knitting, sewing
11. Package: According to your request.
12. Loading weight :20Ton/40″HC

Our main yarn products
Polyester viscose blended Ring spun yarn/Siro spun yarn/Compact spun yarn
Ne 20s-Ne80s Single yarn/ply yarn
Polyester cotton blended Ring spun yarn/Siro spun yarn/Compact spun yarn
Ne20s-Ne80s Single yarn/ply yarn
100%cotton Compact spun yarn
Ne20s-Ne80s Single yarn/ply yarn
Polypropylene/Cotton Ne20s-Ne50s
Polypropylene/Viscose Ne20s-Ne50s
Recycle poyester Ne20s-Ne50s

Top Advantages of Recycled Polyester Yarn for Weaving, Knitting, and Sewing

Recycled polyester (rPET) yarn delivers exceptional versatility across textile manufacturing processes while upholding rigorous sustainability standards. In weaving, its high tensile strength (comparable to virgin polyester) ensures smooth shuttle movement with minimal breakage, producing durable fabrics for upholstery or outerwear. Knitters value its consistent diameter and elasticity—especially when blended with spandex—for creating stretch-active sportswear that retains shape after repeated use. For sewing applications, rPET’s low-friction surface prevents needle heating, enabling high-speed industrial stitching without compromising seam integrity. Unlike natural fibers prone to shrinkage, fabrics maintain dimensional stability through wash cycles, making it ideal for precision-cut garments and technical textiles where consistency is critical.

Eco-Friendly and Colorfast: Dyeing Performance of Recycled Polyester Yarn Explained

Recycled polyester yarn defies the misconception that sustainable materials sacrifice color vibrancy. Advanced polymerization during recycling restores the fiber’s dye affinity, achieving 95%+ dye uptake with disperse dyes at standard polyester temperatures (130°C). The absence of impurities from its PET source—whether bottles or textile waste—ensures uniform dye penetration, critical for heather effects or solid brights. Post-dyeing, rPET exhibits ISO 4-5 colorfastness to washing and light exposure, outperforming many natural fibers. Notably, some eco-forward dyers now employ waterless supercritical CO₂ dyeing techniques specifically for rPET, reducing chemical use by 80% while enhancing color retention—a win for both aesthetics and the environment.

The Role of Recycled Polyester Yarn in Circular Fashion and Zero-Waste Production

As the textile industry pivots toward circularity, recycled polyester yarn serves as a linchpin for closed-loop systems. Its true power lies in multi-lifecycle potential: garments made from rPET can be mechanically or chemically recycled again, with next-gen technologies like depolymerization restoring fibers to near-virgin quality. Brands like Patagonia and Adidas already integrate rPET into take-back programs, transforming discarded apparel into new performance wear. For manufacturers, this aligns with Extended Producer Responsibility (EPR) regulations while appealing to eco-conscious consumers—the global rPET market is projected to grow 8.3% annually as brands target 100% recycled content. By converting waste into high-value yarn, the industry reduces reliance on petroleum and diverts 4 billion+ plastic bottles annually from landfills.