🦺How it is made

01 Feedstock

Ore, monomer, fibre, mineral or scrap that can legally become Aramid.

02 Conversion

DuPont 1965 Kwolek

03 Forming

Cast, spin, weave, sinter, foam, laminate or coat — the step that sets anisotropy.

04 Heat / cure

Temper, vulcanise, calcine or dry: skip it and the datasheet is fiction.

05 Finish

Coatings, sizings, facers, galvanizing, anodising, painting.

06 Install

Fasteners, adhesives, DFT, compression, dryness — site quality is a material property.

Primary

Virgin route around United States.

Recycled / secondary

Recycling exists but quality or energy often disappoints.

Specialty

High-spec grades leave the commodity mill.

Site-applied

Coatings, sprays, casts — the factory is sometimes a jobsite.

Aramid process path

Feedstock to installed product.

1. Feed — in
2. Convert — mill
3. Form — shape
4. Finish — coat
5. Install — out
6. Spec — code
7. Scrap loop — rec

Aramid heat & fire

Energy in, class out.

1. Heat — in
2. Aramid — mat
3. λ / char — out
4. Ignition — fire
5. Euroclass — class
6. Assembly — sys

Envelope

Melting/softening does not melt; decomposes ~500 °C; conductivity low radial; fibre anisotropic.

Environment

Moisture, UV, chlorides, alkalis or oxygen — pick the one that actually kills Aramid.

Code

Fire class inherently FR vs commodity PA is a starting letter, not a wall rating.