Knitwear Stitch Types Encyclopedia (100+ Stitch Library)

A Comprehensive Technical Guide for Knitwear Manufacturers, Designers & Global Sourcing Teams

Knitwear stitch structures determine appearance, texture, fit, stretch, thermal performance, and production cost. For OEM/ODM factories, stitch selection also impacts gauge planning, cycle time, Yarn usage, machine compatibility, and QC parameters.

This encyclopedia provides a structured, industry-level breakdown of 100+ stitch types used in sweaters, cardigans, dresses, knit tops, accessories, and seamless garments—built for Dalang-level manufacturing standards and global brand requirements.

cable knit
Garter Stitch
lace knit
Stockinette Stitch

Basic Stitches

Jersey Stitch

The most common knit structure produced on flat knitting machines (STOLL / SHIMA).

  • Characteristics: Smooth face, clear vertical loops, lightweight, flexible.

  • Applications: T-shirts, lightweight sweaters, base layers, fine-gauge knitwear.

  • Technical Notes: Curling at edges requires stabilizing ribs or linking precision. Suitable for 12–16GG.

Rib Stitch

Alternating knit and purl columns (1×1, 2×2, 3×3).

  • Characteristics: High elasticity, strong recovery, excellent edge stability.

  • Applications: Collars, cuffs, waistbands, fitted tops, beanies.

  • Technical Notes: Rib structures increase yarn consumption by 15–25%. Works best in wool/elastane blends or cotton/spandex.

Purl Stitch

Reversed jersey, producing a textured surface on the face side.

  • Characteristics: Soft, plush, dimensional loops.

  • Applications: Babywear, cozy sweaters, reversible knitwear.

  • Technical Notes: Lower production speed vs jersey due to additional cam actions.

Start Your Custom Knitwear Project with Professional Stitch Guidance

Work directly with an experienced OEM/ODM knitwear manufacturer to select the right stitches, gauge, and yarn for your collection. From cables and jacquards to pointelle and technical panels, we provide sampling, design support, and full-production solutions for global brands.

Textured Stitches

Cable

Twisted stitch patterns creating 3D braided effects.

  • Characteristics: Luxurious, heavy, sculptural.

  • Applications: Irish sweaters, chunky pullovers, high-fashion knitwear.

  • Technical Notes:

    • High yarn usage (20–40% more).

    • Requires advanced programming to avoid distortion.

    • Best in 3–7GG for definition.

Waffle

Grid-like, honeycomb surface created by tuck and miss sequences.

  • Characteristics: Thermal, cushiony, sporty.

  • Applications: Hoodies, pullovers, loungewear, kidswear.

  • Technical Notes:

    • Excellent bulk without heavy yarn.

    • Works well in cotton, blends, or recycled polyester.

Moss Stitch

Alternating knit and purl to create a dotted, pebbled texture.

  • Characteristics: Compact surface, moderate elasticity.

  • Applications: Luxury sweaters, outerwear panels, scarves.

  • Technical Notes: Stable, less prone to skewing vs seed stitch.

Seed Stitch

One-over-one variation of moss stitch with more visual texture.

  • Characteristics: High surface interest, matte look.

  • Applications: Cardigans, womenswear, fashion panels.

  • Technical Notes: Works well in 5–12GG.

Decorative Stitches

Pointelle

Engineered small eyelets formed with transfer needles.

  • Characteristics: Feminine, breathable, lightweight.

  • Applications: Womenswear tops, cardigans, spring/summer knitwear.

  • Technical Notes: Requires tight QC due to risk of needle-drops.

Lace Stitch

Larger openwork patterns with directional transfers.

  • Characteristics: Elegant, airy, high visual value.

  • Applications: Dresses, fine-gauge womenswear, luxury brands.

  • Technical Notes:

    • Works best on 12–16GG.

    • Higher chance of breakage with delicate yarns.

Mesh Stitch

Structured open patterns with consistent perforation.

  • Characteristics: Sporty, breathable, modern.

  • Applications: Athleisure, resort wear, men’s summer sweaters.

  • Technical Notes: Optimal in cotton, viscose, or recycled polyester.

intarsia
jacquard

Jacquard & Intarsia

Jacquard/ Multi-Color Jacquard

Multi-color patterning created by knitting multiple yarns in floating structures.

  • Characteristics: Vibrant, graphic, high design flexibility.

  • Applications: Fashion sweaters, streetwear, holiday sweaters.

  • Technical Notes:

    • Float control is critical to avoid snagging.

    • Yarn tension and gauge must match the complexity of pattern.

    • Works in 7–12GG.

Intarsia 

Color blocks formed without floats, ideal for large areas of contrast.

  • Characteristics: Clean color separation, smooth inside.

  • Applications: Luxury sweaters, kidswear, logo panels.

  • Technical Notes:

    • Slower production due to yarn feeder switching.

    • Requires skilled programming and yarn management.

Specialty Stitches

Links Links

Reverse knitting that creates a double-face effect with heavy drape.

  • Characteristics: Dense, elegant, high-quality surface.

  • Applications: Premium sweaters, designer collections, menswear.

  • Technical Notes: Increased knitting cycle time; ideal for 12–16GG.

Pique Stitch

Small geometric textures similar to polo-shirt knits.

  • Characteristics: Breathable, sporty, structured.

  • Applications: Polos, dresses, smart casual knitwear.

  • Technical Notes: Excellent for viscose and mercerized cotton.

Tuck Stitch

Loops held over multiple courses, creating depth and volume.

  • Characteristics: Puffy, thermal, dimensional.

  • Applications: Winter sweaters, textured outerwear panels.

  • Technical Notes: Best in thicker gauges (3–7GG).

Technical Panels

Engineered zones combining ribs, meshes, and transfers in one garment.

  • Characteristics: Functional, ergonomic, performance-oriented.

  • Applications: Seamless knits, activewear, compression zones.

  • Technical Notes: Often used with SHIMA WHOLEGARMENT or STOLL ADF systems.

FAQs

How do manufacturers select the appropriate stitch type for different knitwear designs?

Stitch selection depends on the required texture, garment silhouette, yarn characteristics, and final performance needs. Factories evaluate factors such as elasticity, drape, thermal properties, and gauge compatibility before choosing stitches like jersey, rib, cable, mesh, or pointelle for production.

Which stitch structures are best for achieving high stretch and strong recovery in knitwear?

Rib structures, links-links, and engineered technical panels provide strong elasticity and shape retention. These stitches are commonly used for body-hugging garments, sports panels, cuffs, and trims, especially when combined with elastic fibers such as spandex.

Do complex stitch patterns increase knitting time and production cost?

Yes. Cable, jacquard, lace, and intarsia stitches require longer machine cycles, more yarn consumption, and advanced programming. These factors lead to higher production time and cost compared to basic jersey or rib structures.

What stitch types are most suitable for lightweight spring and summer knitwear?

Pointelle, mesh, lace, fine-gauge jersey, and lightweight rib are ideal for breathable warm-season garments. These stitches pair well with cotton, viscose, bamboo, and Tencel to provide airflow, softness, and drape.

How do different stitch types influence yarn usage and garment weight?

Basic jersey consumes the least yarn, while textured stitches like waffle and tuck add bulk without heavy weight. Cable and rib structures require significantly more yarn, affecting garment weight, cost, and gauge selection during production planning.

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