Ramie is a natural plant fiber (a “bast” fiber) taken from the inner bark of the Chinese nettle plant Boehmeria nivea , used for thousands of years to make linen‑like fabric and industrial textiles.

What ramie actually is

  • Ramie is a cellulose fiber similar to flax/linen, but sourced from a nettle-family plant rather than from flax.
  • It comes mainly from white ramie (also called China grass) and sometimes green ramie (rhea), both native to or long-cultivated in East and Southeast Asia.
  • The usable fibers sit in the inner bark of the stalk; they must be separated and “degummed” to remove sticky resins before spinning.

Key properties in plain language

  • Very strong : often cited as stronger than other common natural fibers and retaining strength when wet.
  • Crisp and linen‑like: holds its shape, resists wrinkling better than many plant fibers, and can have a silky, lustrous surface.
  • Cool and breathable: good for warm-weather garments and home textiles because it is light and lets air pass through.
  • Naturally resistant to bacteria, mold, and mildew, which adds to its appeal as an eco‑friendly fabric.
  • Less flexible and less durable in bending than cotton or linen, so it is often blended with other fibers (cotton, wool, synthetics) to improve wear.

Where you’ll see ramie used

  • Clothing: shirts, blouses, summer dresses, trousers, and “linen look” garments, often labeled as ramie or ramie–cotton blends.
  • Home and interiors: upholstery, canvas, curtains, wallcoverings, and table linens where a crisp, textured, natural look is desired.
  • Industrial uses: sewing thread, ropes and cords, fishing nets, packing materials, carpet backing, and filter cloths, where high strength is valuable.
  • Paper and specialty items: shorter fibers and waste are used in papermaking and technical papers.

Is ramie eco-friendly?

  • Ramie plants can be grown with little to no pesticides or herbicides and the fiber is fully biodegradable, so it is often promoted as a sustainable alternative to synthetics.
  • The catch is that traditional degumming and processing can involve notable chemical and water use, so actual sustainability depends on the specific production methods a mill uses.

Information gathered from public forums or data available on the internet and portrayed here.