A cloth that can't be ruined by an ember, because the ember is part of how it's meant to be read.
Tap the cloth to drop an emberThree to eight millimetres. It appears in under a second. The seams are fine, the fabric is fine, the fit you spent two winters breaking in is fine.
But a jacket with a burn hole is a jacket you stop wearing to things that matter. A single point of failure discards the entire object.
That asymmetry is the whole opportunity, and nobody in apparel has taken it.
Flame-retardant chemistry interrupts combustion. An ember never starts one. It simply exceeds the melting point of the polymer and passes through, the way a soldering iron passes through a plastic bag.
| Standard | Applies to | Ignition source | Tests ember |
|---|---|---|---|
| 16 CFR 1610 | General apparel | Flame, 45° | No |
| ASTM D6413 | Textiles, vertical | Flame, 12 s | No |
| ISO 15025 | Protective clothing | Flame, surface / edge | No |
| EN ISO 14116 | Limited flame spread | Flame | No |
| EN ISO 11612 · NFPA 2112 | Heat & flame PPE | Flame, radiant, molten metal | No |
| EN 1021-1 | Upholstered furniture | Smouldering cigarette | Yes |
| BS 5852 source 0 | Upholstered composites | Smouldering cigarette | Yes |
| 16 CFR 1632 | Mattresses | Smouldering cigarette | Yes |
Your sofa is tested against the thing that ruins your jacket. Your jacket is not.
Fireproof apparel is a commoditised, safety-regulated category owned by chemical companies, and nobody wants a Nomex hoodie. The objective changes: decide in advance what the burn is allowed to do.
Damage terminates at a boundary the designer specified, not one the ember chose. Maximum burn size becomes a dimension on a spec sheet.
Beneath the face cloth sits a second ground in crimson. Burning through the face isn't a loss of material. It's a change of state.
Because every burn is bounded and lands on a grid, marks accumulate as pattern rather than damage. After two winters the jacket is a document.
No material claim is worth anything without a way to measure it. Since no apparel standard measures ember damage, the first deliverable isn't a garment — it's a protocol, published openly, reproducible for about ₹3,000 of equipment.
EDT-01, the Ember Drop Test. Fixed source, fixed drop height, 45° inclination matched to the standard apparel flammability geometry, 24-hour conditioning, single and double layer, tested as-received and after 5 and 20 washes.
Containment efficiency, measured against the same ground cloth woven without the lattice. This isolates what the architecture contributes from what the fibre contributes — the single most important thing to separate. A structure that looks good only because it sits on wool isn't an innovation.
Hole diameter and char diameter, measured off a macro frame against a scale bar.
Propagation beyond the contact patch, and afterglow duration from source removal.
Layers penetrated, two-layer configuration. Weighted heaviest — it's the failure a wearer notices.
Fifty fabrics down. Five repeats across. Every burn photographed under identical light against a scale bar.
Anyone can propose a mechanism. Almost nobody sits down and burns two hundred and fifty swatches under controlled conditions and publishes the raw numbers.
That's why the atlas is the part that can't be argued with and can't be copied quickly. It's evidence, it's a moat, and printed at scale it's the campaign image — no styling, no models. The research is the visual.
Only 8–15 % of the yarn in the cloth needs treating. You buy flame resistance for a fraction of the fibre, not all of it.
Radial spread, exactly as it would on any untreated cloth. Nothing has been prevented yet.
Bounded on four sides by material that won't carry it further. The damage is now a known quantity instead of an accident.
The ground beneath was chosen for this. Burning through the face isn't loss — it's a change of state, and it lands on a grid, so it composes.
A burn spreads radially until it hits a wall, so the largest possible damage in a square cell is its diagonal. A 6 mm pitch bounds damage at 8.5 mm. A 10 mm pitch bounds it at 14.1 mm. Pitch becomes a design variable with an honest trade-off: tighter grid, smaller damage, more visible structure in the face.
Maximum burn size stops being luck. It becomes a number you print on a spec sheet.
Coarse Himalayan and yak wool, chosen because the physics and the collection wanted the same material. Wool chars where polyester melts, high moisture regain buys time, and the char crust starves the coal of oxygen — which is exactly the self-limiting behaviour the architecture depends on.
FR yarn substituted at fixed warp and weft intervals in a twill ground. Simplest to weave, mill-friendly, lattice reads as a shadow check.
Entry qualityFR yarns cross-locked at the cell boundary. Strongest containment, resists yarn slippage at the char edge. More complex loom setup.
Performance qualityVoid-black face over crimson ground, stitched at lattice intersections. Delivers the reveal properly. Heavier, dearer, the flagship.
Flagship qualityAW27 — The Salt Route. The six pieces were locked. So this lands as a fabric specification and one detail — the correct way for material research to enter a collection that's already been designed.
| Vector | Implementation |
|---|---|
| Cloth | Two of the six in double-cloth reveal quality. The rest in dobby grid where weight allows. |
| Colour | Void-black face over crimson ground. The palette becomes a material behaviour, not a swatch. |
| Placement | Lattice concentrated where damage statistically lands — chest, forearm, front thigh, hood front. |
| Label | Woven, not printed. Instruction, not warning: this cloth keeps a record of fire. Never "flame resistant". Never "fireproof". |
| Campaign | The burn atlas printed large. Product photography second. |
Every cloth worn near fire gets marked. That was never the question.
The question was whether the mark arrives as an accident — or as a dimension specified before the cloth was ever woven.
Bounded at the cell wall. Revealed in crimson. Kept as a record of where the wearer stood.