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The Fancy Cashmere Collection represents our robust 3-ply architectural standard. Engineered from 100% Grade-A cashmere, this 3/26Nm yarn provides a 50% increase in thermal mass compared to standard 2-ply yarns. The tri-strand twist significantly enhances tensile strength and locks the delicate down fibers deep within the core, drastically reducing friction-induced pilling. Designed for 5GG to 7GG flat knitting machines, it delivers profound stitch definition for cables, heavy ribs, and structured winter silhouettes. Available on industrial cones for B2B manufacturing, with scalable MOQs for both our curated stock shades and bespoke lab-dips.
| SPECIFICATION | DETAILS |
|---|---|
| MATERIAL | 100% Grade-A Cashmere (Capra Hircus) |
| YARN COUNT | 3/26Nm (Metric Count) |
| SPINNING ARCHITECTURE | Woolen Spun, 3-Ply Construction |
| RECOMMENDED GAUGE | 5GG to 7GG Flat Knitting Machines |
| THERMAL PROFILE | High Insulation, Dense Structural Loft |
| STOCK COLORS MOQ | 1 KG per color (from standard color card) |
| CUSTOM COLORS MOQ | 100 KG per color (5% surcharge applies for orders under 100KG) |
| INDUSTRIAL FORMAT | Pre-waxed 1.0 kg cones for commercial B2B manufacturing |
Operating as a fully integrated manufacturer, Dingchuang Cashmere controls the entire process from raw fiber grading to specialized heavy-gauge spinning. We supply B2B clients with our 3/26Nm Fancy Cashmere yarn on industrial cones, or we can manufacture your finished heavy-knit garments directly, executing customized dynamic tension mapping to guarantee flawless, retail-ready results.
The difference lies in the ply architecture. While 2/26Nm twists two strands together, 3/26Nm twists three strands of 26Nm yarn together. This results in a thicker, heavier yarn that provides 50% more thermal mass and increased structural durability, ideal for colder climates and heavier garment profiles.
Our 100% Cashmere 3/26Nm woolen yarn is optimally engineered for 5GG and 7GG computerized flat knitting machines. Its thickness perfectly fills the larger needle hooks, providing excellent, tight stitch definition without the fabric becoming overly rigid or board-like.
Yes. Pilling is caused by short fibers escaping the yarn twist. The 3-ply construction increases the internal friction and binding area within the yarn matrix, locking the Grade-A down more securely in place. This makes heavy garments knitted from 3/26Nm inherently more resistant to friction-induced shedding.
Yes. While we maintain a stock color card with a 1KG MOQ for immediate sampling, we specialize in custom dye lots. For complex top-dyed melange or heathered colors, our dye masters can match your physical swatches with a standard custom MOQ of 100KG per color.
In the luxury knitwear sector, heavy-gauge sweaters—such as chunky cables, thick cardigans, and winter outerwear—command the highest retail price points. However, manufacturing these substantial garments introduces complex engineering challenges. Utilizing standard 2-ply yarn on large-gauge machines results in flimsy, transparent fabrics that lack structural integrity. To achieve the requisite density and loft, procurement teams must specify a multi-ply yarn architecture. This guide explores the technical advantages of utilizing our Fancy Cashmere Collection 3/26Nm yarn for heavy-gauge B2B manufacturing.
A 3-ply yarn (3/26Nm) is constructed by simultaneously twisting three individual strands of 26Nm spun cashmere. This tri-strand configuration creates a fundamentally different physical profile than simply knitting multiple ends of 2-ply yarn together on the machine. A true 3-ply twist creates a perfectly round, symmetrical yarn cross-section. This symmetry eliminates the "torque" or diagonal bias that often plagues heavy knits, ensuring that side seams remain perfectly straight and the garment hangs squarely on the wearer.
The visual impact of a chunky sweater relies entirely on stitch definition. When executing complex 3D patterns—such as honeycomb, shaker rib, or traditional Aran cables—the yarn must possess sufficient volume to "pop" off the fabric surface. The 3/26Nm yarn provides the exact mathematical thickness required to fill the large needle hooks of 5GG and 7GG flat knitting machines. This optimized density prevents the stitches from collapsing, resulting in razor-sharp architectural patterns that maintain their three-dimensional structure even after extensive wet milling.
Because heavy-gauge garments consume significantly more raw material by weight, controlling the yarn supply chain is paramount to maintaining viable FOB costs. Sourcing pre-spun 3/26Nm yarn from an open market often leads to inconsistent dye lots and varying tension thresholds. By partnering with a vertically integrated mill that controls the entire process from raw fiber grading to high-twist plying, brands ensure absolute consistency. Our 3/26Nm Fancy Cashmere Collection offers scalable procurement: rapid sampling via our 1KG MOQ stock color card, transitioning smoothly into 100KG custom dye lots for bulk production, allowing for precise budget control and minimal raw material waste.
