Fabric

Raw linen-cotton blend canvas fabric in terracotta, by Atelier Vingt Sept (France). Perfect for sewing a dress, a summer skirt (no lining necessary), trousers, shorts, jacket, etc

• 78% Cotton, 22% Linen
• Width 145 cm
• Weight: 175 g/m2
• Machine-wash 30°C. Do not dry clean or tumble dry.

IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units

Minimum order: 30 cm (quantity = 3)

Beautiful bio-enzyme washed linen in blue / green aqua. Perfect for sewing summer clothes or for sewing home accessories. 

• 100% linen
• Width 140cm
• Weight: 230 g/m2
• Machine-wash 40°C max. Do not tumble dry.

IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.

Minimum order: 30 cm (quantity = 3)

Cotton / linen blend fabric with thin navy and white stripes. Lightweight fabric, perfect for sewing summer clothes or for sewing home accessories. 

• 55% linen, 45% Cotton
• Width 140cm
• Weight: 176 g/m2
• Machine-wash 30°C. Do not tumble dry.

IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.

Minimum order: 30 cm (quantity = 3)

Cotton terry towelling is a soft and supple fabric that dries particularly quickly. This fabric is resistant to repeated washing and is perfect for sewing towels, bathrobes, bibs, stuffed animals, etc.

• 100 % cotton
• Width: 148 cm
• Weight: 400 g/m2
• Machine wash at 40C. Tumble dry at medium temperature 
• Oeko-Tex

IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.

Minimum order: 30 cm (quantity = 3)

Cotton terry towelling is a soft and supple fabric that dries particularly quickly. This fabric is resistant to repeated washing and is perfect for sewing towels, bathrobes, bibs, stuffed animals, etc.

• 100 % cotton
• Width: 148 cm
• Weight: 400 g/m2
• Machine wash at 40C. Tumble dry at medium temperature 
• Oeko-Tex

IMPORTANT: Sold in multiples of 10 cm. For example, if you would like 1m50, order 15 units.

Minimum order: 30 cm (quantity = 3)