HEAVYWEIGHT MAERINO WOOL

A heavyweight merino yarn system defined by yarn count, gauge compatibility, and multi-end construction, engineered for structure, stability, and controlled surface.

Material Basis

The yarn is composed of 100% extrafine merino wool, selected for its balance between fiber fineness and structural integrity. While merino is typically associated with softness, its behavior in knitted garments is largely determined by how the fiber is spun, combined, and constructed into yarn.

Rather than relying solely on low micron softness, this system prioritizes yarn stability and surface control under heavier fabric weights.

Yarn Count (Nm)

Yarn count is expressed using the metric system (Nm), indicating the length of yarn per unit weight. In this construction:

— Nm 2/30
— Nm 2/36
— Nm 2/48

The “2/” denotes a two-ply yarn, where two strands are twisted together. This increases cohesion, reduces hairiness, and improves resistance to pilling compared to single yarn structures.

Lower Nm values result in thicker yarns and heavier fabrics, while higher Nm values produce finer yarns with a tighter surface. The combination allows controlled variation between density, weight, and surface texture.

Gauge Compatibility

Gauge refers to the number of needles per inch on the knitting machine and determines fabric density.

In this system:

— 12 / 14GG → balanced structure
— 9GG → heavier, more open structure
— 14 / 16GG → tighter, more compact surface

Matching yarn count with appropriate gauge ensures the fabric maintains structural integrity without excessive looseness or tension.

Number of Ends

The number of ends refers to how many yarns are fed simultaneously into the knitting process.

— 1 end → cleaner surface, lighter structure
— 2 ends → increased weight, thickness, and stability

Multi-end construction increases fabric density and reduces deformation over time, particularly in areas subject to tension.

Fabric Behavior

The interaction between yarn count, gauge, and number of ends defines the final fabric behavior more than fiber type alone.

In this configuration, the fabric achieves:

— increased weight without excessive bulk
— controlled drape with structural presence
— reduced surface fuzz and pilling
— consistent shape retention after wear

Compared to lightweight merino knits, this construction produces a more stable and architectural fabric.

Finishing Process

Finishing plays a critical role in determining the final hand feel and dimensional stability of wool garments.

Steam finishing is used to relax the fabric and even out surface irregularities, while wet finishing can enhance softness and bulk depending on temperature and treatment conditions.

Controlled finishing ensures that the yarn’s structural properties are preserved while achieving a more refined surface.

Performance

The resulting fabric combines the intrinsic properties of merino with engineered yarn structure:

— thermal regulation through fiber crimp
— moisture absorption without surface wetness
— improved durability through multi-ply construction
— reduced pilling due to tighter yarn cohesion

These characteristics allow the garment to maintain both comfort and structural clarity over time.

Why it matters in garments

In knitted garments, material performance is not defined by fiber alone. Yarn construction and knitting parameters determine how the fabric behaves in weight, shape, and longevity.

A heavier merino system requires precise control to avoid collapse, stretching, or excessive softness that compromises form.

Why we use it

We use this yarn system to achieve a balance between softness and structure. By controlling yarn count, gauge, and construction, the material moves beyond conventional merino knitwear and becomes a more stable, architectural textile.