Sign In
Cart
0
Our fabric: cotton, denim, gabardine, jersey, viscose, batiste, chambray, corduroy, wool, double gauze...
Your favorite brands: Atelier Brunette, Eglantine & Zoé, Singulière x Cousette, Atelier Jupe, Lise Tailor, Katia Fabrics Art Gallery Fabrics, Rico Design, Liberty of London, See You At Six ...
Beautiful ecru viscose fabric, delicately woven with bronze and blue checks. Perfect for sewing dresses and blouses.
From the "British Symphony" capsule collection Singulière by Cousette. Limited edition autumn / winter 2024.
IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.
Minimum order: 30 cm (quantity = 3)
Checkered jacquard knit fabric in bordeaux, beige. Perfect for sewing dresses, jackets, coatigans, etc
IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.
Minimum order: 30 cm (quantity = 3)
Light to medium weight, soft and warm fabric. Classic tartan, windowpane print in brown and white, measuring 3cm. Ideal for sewing pants, skirts, shirts, etc
IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.
Minimum order: 30 cm (quantity = 3)
Beautiful ecru viscose fabric, delicately woven with bronze and blue checks. Perfect for sewing dresses and blouses.
From the "British Symphony" capsule collection Singulière by Cousette. Limited edition autumn / winter 2024.
IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.
Minimum order: 30 cm (quantity = 3)
Checkered jacquard knit fabric in bordeaux, beige. Perfect for sewing dresses, jackets, coatigans, etc
IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.
Minimum order: 30 cm (quantity = 3)
Light to medium weight, soft and warm fabric. Classic tartan, windowpane print in brown and white, measuring 3cm. Ideal for sewing pants, skirts, shirts, etc
IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.
Minimum order: 30 cm (quantity = 3)