Herringbone
A broken twill weave that reverses the diagonal direction at regular intervals, producing a zigzag or V-shaped pattern across the cloth.
Herringbone is a broken twill — a twill weave whose diagonal direction reverses at regular intervals, so the surface reads as a row of V shapes or chevrons rather than one continuous diagonal. It is sometimes written herringbone weave, broken twill, or chevron weave.
It is structurally a twill, which is why a herringbone cloth behaves like one: it has twill's diagonal drape and, to a lesser degree, twill's tendency to pull. What makes it visually distinct is only the reversal.
| Feature | Plain weave | Twill weave | Herringbone |
|---|---|---|---|
| Structure | Over-one, under-one | Diagonal float | Diagonal that reverses |
| Surface | Matte, even | Visible diagonal | V / chevron |
| Drape | Firm, stiff | Fluid, diagonal | Fluid, directional |
| Yarn exposure | Highest | Lower | Lower than plain |
How the reversal is set
A herringbone is defined by how far the diagonal travels before it flips. That interval — measured in picks — is what sets the scale of the pattern:
| Reversal interval | Pattern scale | Typical reading |
|---|---|---|
| Short (4–8 picks) | Fine, tight chevron | Reads as texture at close range |
| Medium (16–32 picks) | Classic V | The conventional herringbone |
| Long (64+ picks) | Broad, architectural | Reads as a pattern from a distance |
This is the number to ask a mill for. A supplier who says "herringbone" without a reversal interval has not specified the cloth. Two fabrics described identically can look entirely different, and the reversal is a loom setting rather than a fibre property.
What herringbone does to the cloth
Because it is a twill derivative, the usual twill trade-offs apply, with a couple of additions:
| Property | Effect | Why |
|---|---|---|
| Drape | Good, and directional | The twill float lets yarns slide; the reversal makes the direction alternate |
| Floating yarns | Slightly raised at the reversals | Two diagonals meeting can leave a small ridge where the float stacks |
| Width behaviour | Can skew if tension is uneven | A reversing diagonal needs consistent warp tension across the full width |
| Abrasion | Better than plain weave, below a true twill | Fewer interlacings than plain, but not a straight 2/1 twill |
| Shrinkage | Twill-like | Any diagonal structure needs the finishing route accounted for |
The width point matters more than it sounds. On a wide loom the warp has to be held at consistent tension across the full width or the diagonal shears. On a 250–330 cm cloth that is a real setting, and it is one of the clearest places where a mill's loom control is visible in the finished fabric.
Mill greige context
Herringbone is a weave, not a fibre, so it is available in whatever the mill runs. On Weaverine greige polyester programs the woven base sits roughly in the 55–120 GSM range at 160–330 cm widths in plain and twill constructions — and a herringbone is a twill construction, so it sits inside that ceiling rather than extending it.
What a mill can actually be specific about is the reversal interval and the finishing route, which is what determines whether the chevron reads clean at width. The 160–330 cm capability is the part that matters here: a reversing diagonal held flat across 330 cm is a different setting from the same weave at 150 cm, and it is the reason to specify the mill rather than buy from a trader quoting a supplier's sheet.
Weaverine does not publish a herringbone datasheet on this page. The reversal interval, the yarn and the finish all move the cloth, and a generic figure would describe a fabric nobody ordered. Ask for a sample at your reversal interval against your width and weight.
For how twill itself is built, see twill weave.
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