Do you know where the world’s best flax comes from?
Today’s article will explain the four major flax-producing regions in the world .
1. Normandy Flax, France
Normandy is a prime location for flax cultivation.
The humid climate provides an ideal environment for flax growth.
The flax fibers produced here are long, uniform, and strong, earning them the title of “gold among flax.”
Normandy, together with Belgium and the Netherlands, forms the Western European Flax Belt , accounting for about 75% of the world’s high-end flax raw material supply.
Compared to Belgian flax, French Normandy flax has softer fibers , while Belgian flax has a stronger, crisper texture.
2. Italian Flax
Although Italy imports most of its flax fibers from France and Belgium, its unique finishing processes are exceptionally robust. Through special treatments, flax fabrics become finer and more durable.
It is particularly worth mentioning that it excels in dyeing and printing , with rich colors and exquisite patterns.
3.Irish Flax
Ireland has a long history of flax cultivation, dating back to the 11th century.
The local flax grows in the northern highlands and is characterized by its strength because it is mainly produced in barren volcanic rock formations.
The most distinctive feature of Irish linen is its high density and stiffness , which makes the fabric durable and wrinkle-resistant.
Irish hemp can be used to make shirts, suits, dresses, etc.
A representative brand is the Irish Linen Company, founded in 1854 , which supplied linen to the British Royal Family and is synonymous with linen luxury.
4. Belgian Flax
The core flax-producing region in Belgium is Flanders , where dew-covered flax, degummed by natural microorganisms, is used, resulting in soft and resilient fibers.
Belgian linen is relatively high-count and high-density, using high-count yarns of 21 count or higher combined with a high-density weave, resulting in a delicate, crisp, and durable fabric.
Compared to the rough and heavy Irish linen, Belgian linen has a smoother and softer surface.
