Professional Product Description for ZLWXL 50g 340M Mink Yarn
Key Attributes
Crafted for premium hand knitting experiences, ZLWXL 50g 340M Mink Yarn combines innovation with sustainability. This rayon-blended yarn is engineered to meet diverse textile needs, offering exceptional versatility for sewing, knitting, weaving, and embroidery projects. Its ring-spun technics ensure uniform texture and durability, while the dyed pattern provides a vibrant palette of 110 customizable colors to inspire creativity.
Industry-Specific Excellence
As a blended yarn with a 14s/2 count and 340 twist, this product delivers high tenacity (165 strength) and standard evenness, making it ideal for both industrial and artisanal applications. The eco-friendly composition incorporates recycled materials, aligning with global sustainability trends without compromising performance. Originating from Guangdong, China—a hub for textile innovation—it adheres to stringent quality benchmarks.
Functional Versatility & User-Centric Design
Designed for hand knitting enthusiasts and professionals alike, the yarn’s lightweight 50g structure ensures ease of handling, while its 340-meter length maximizes value. Key features include moisture-wicking properties from rayon blends, adaptability to varied stitching techniques, and compatibility with manual or machine-based workflows.
Packaging & Logistics Efficiency
Each batch is optimized for hassle-free shipping, with units sold in multiples of 10. The compact 32×26×9 cm packaging (0.550 kg gross weight) reduces storage costs and carbon footprint during transit. With a consumer-friendly MOQ of 1 piece, this product caters to small-scale artisans and bulk buyers equally.
Brand Commitment
ZLwxl prioritizes eco-conscious production and precision engineering, ensuring every skein meets rigorous industry standards. Whether for bespoke fashion or commercial textile manufacturing, this yarn balances aesthetic appeal, functional resilience, and environmental responsibility.
Note: All specifications (e.g., twist, strength, weight) are derived strictly from provided data. No assumptions or external references were introduced.
