Fabric

Cotton sateen fabric - Garden Square by French brand Lise Tailor. This cute print is a bucolic checkerboard where each square reveals a delicate flower, like the colourful stalls of a flower market, brimming with treasures picked with love and care. Soft and flowing, this fabric is perfect for making pretty dresses, blouses, skirts or shirts. This fabric is opaque and will not require a lining.

• 100% Cotton
• Width 137cm
• Weight 120 gr/m2
• Machine wash cold inside out
• FSC and STeP by OEKO-TEX certified

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

Minimum order: 30 cm (quantity = 3)

Viscose fabric in the Floral Flames print by French brand Lise Tailor. The beautiful print consists of delicate circles like beaded baskets, where brightly coloured sweet peas bloom, evoking the stalls of a flowery market bathed in soft light. Soft and flowing, this fabric is perfect for making pretty dresses, blouses, skirts or shirts. This fabric is opaque and will not require a lining.

• 100% Viscose
• Width 137cm
• Weight 135 gr/m2
• Machine wash cold inside out
• FSC and STeP by OEKO-TEX certified

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

Minimum order: 30 cm (quantity = 3)

Ribbing fabric from Belgium brand See You At Six in Brown Suricate colour, matching the French terry fabric of the same brand

• 95% Cotton 5% Elastane
• Width: 110 cm
• Weight: 250 g/m2
• Machine wash 30°C. Iron at medium. Do not tumble dry
• 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)

Ribbing fabric from Belgium brand See You At Six in Dusan Brown colour, matching the French terry fabric of the same brand

• 95% Cotton 5% Elastane
• Width: 110 cm
• Weight: 250 g/m2
• Machine wash 30°C. Iron at medium. Do not tumble dry
• 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)