Most people have lived with linen their whole lives — handkerchiefs, tablecloths, napkins at restaurants, the bedding in a grandparent’s house — without ever seeing a flax field or thinking about how the fiber gets from plant to product. The journey is longer than most textile chains, slower, and rooted in one specific landscape.
Here’s what actually happens between the seed going in the ground in April and a finished waffle towel arriving at your door — about fourteen months later.
1. The flax field
Flax (Linum usitatissimum) is one of humanity’s oldest cultivated plants — there’s archaeological evidence of woven flax fabric from around 36,000 years ago. The plant grows almost anywhere temperate, but the long, strong, lustrous fibers that get spun into quality linen come from a narrow stretch of Europe: the coastal regions of France, Belgium, the Netherlands, and the Baltic states.
The climate is the reason. Flax for high-quality fiber wants cool weather, even rainfall, and rich soil. It needs no irrigation in these regions — the rain does the work — and very little fertilizer because it’s a soil-improving crop. Most European flax is grown with minimal pesticide use, because the plant has few major pests in its native range. Our flax comes from fields in Lithuania, a region that has been growing flax continuously for over a thousand years.
From seed to harvest is about 100 days. The plant grows in tight, dense rows, blooms briefly in early summer with pale blue flowers, then turns golden-brown as the seed pods mature.
2. Harvest — pulled, not cut
This is the first place flax does something unusual. The plants are pulled out of the ground by the roots, not cut at the stem. The reason is fiber length: the longest, strongest, most valuable fibers in the flax stem run from the very base near the soil up to just below the seed head. Cutting the stem severs them. Pulling preserves them at their full natural length — up to about a meter.
Historically this was done by hand, with whole communities pulling fields in late summer. Today most pulling is done by specialized machines that grip the stems and lift them intact. The plants are laid in rows on the field for the next step.
3. Retting — the slowest step
Retting is the part that makes flax different from every other fiber crop. The fibers are bound inside the woody stem with a natural pectin that has to be broken down before they can be separated. The traditional method is to leave the pulled plants in the field for three to six weeks, where overnight dew and morning sun create the moisture-and-microbial environment that slowly dissolves the binding pectins.
This is called dew retting, and it’s still done in the Baltic flax regions where the climate cooperates. The alternative — water retting — submerges the stems in tanks and works faster but produces a slightly weaker fiber and a more polluting waste stream. Dew retting is slower, weather-dependent, and one of the reasons quality European flax is more expensive than commodity linen grown elsewhere. The slowness is the point. It produces a stronger, more lustrous fiber.
4. Scutching, hackling, and spinning
Once retted, the dry stems go through a mechanical process called scutching, which breaks away the woody outer parts and leaves the long bast fibers behind. The fibers are then combed (hackled) to align them and remove short fibers (called tow). What’s left is a smooth, parallel bundle of long flax fibers ready for spinning.
The longest, finest fibers go into line linen — the kind we use for towels and bedding. The shorter fibers go into rougher textiles or industrial uses. The yarn is spun wet, which lets the fibers slide past each other and bind tightly; this is what gives high-quality linen yarn its characteristic smoothness and strength.
5. Weaving the waffle
Waffle weave specifically is a structured three-dimensional pattern that requires a more complex loom setup than flat weave. Threads cross over and under each other in a repeating geometric pattern that creates the small raised cells we’ve written about elsewhere. The setup is slower; the weaving runs at a lower speed than commodity textiles. A typical industrial flat-weave loom might produce 200 meters per hour. A waffle loom produces a fraction of that.
Our weaving happens in a small workshop in Lithuania, on looms our family has run since 2013. We weave to 220 GSM — the weight we’ve found is the sweet spot between absorbency and quick-drying. Heavier weights become too dense to dry quickly; lighter weights don’t have enough fiber for a satisfying bath towel feel.
6. Finishing — the wash that opens the fiber
Off the loom, linen feels stiff and slightly waxy. The fiber has natural waxes that need to break down before the towel reaches its long mature softness. Each piece gets a single warm wash with a mild eco-detergent before it’s folded — this opens the fiber, removes weaving residues, and starts the softening curve that continues with every wash for the next decade.
That’s it. No chemical softeners, no formaldehyde finishes, no optical brighteners, no dyes (for the natural color). The towel that arrives at your door is the same fiber that came out of the Lithuanian field, processed through six steps over fourteen months, ready to soften with you for the next twenty years.
Why it matters where linen is made
The word “linen” on a label tells you the fiber. It tells you nothing about where the flax was grown, how it was retted, or how it was woven. Linen grown in low-fiber-quality regions and woven on high-speed industrial looms is still technically linen, but it doesn’t behave like European flax does — it’s shorter-fibered, less lustrous, less durable, often more chemically processed at the finishing stage.
Provenance is the difference between a linen towel that lasts twenty years and one that lasts five. It’s also the reason we publish where our flax is grown, where our weaving happens, and who weaves it. You can read more about us on our About Us page — we’re a small family business in a small town near the Baltic Sea, doing one thing well, for a long time.