Fabric

Cotton gabardine by Atelier Brunette. Strong and resistant fabric and exceptionally soft. It has a woven twill appearance with the same properties as denim.

• 100% Cotton
• Width: 150cm
• Weight: 364 g/m2
• Machine wash cold, gentle spin. 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)

FABRIC REMNANT: 125CM X WIDTH (145CM)

Viscose poplin from French brand Eglantine & Zoe in the Flora print in Sapin (Pine tree) colour. Ideal for sewing dresses, tops, skirts etc

• 100 % Viscose
• Width: 145 cm
• Weight: 115 g/m2
• Machine wash 30C. Do not tumble dry. SEE BELOW
• Oeko-Tex

IMPORTANT: Price indicated for 1 fabric piece of 125cm x 145cm

Viscose twill from French brand Eglantine & Zoe in the Fago print in black. Ideal for sewing dresses, tops, skirts etc

• 100 % Viscose
• Width: 145 cm
• Weight: 150 g/m2
• Machine wash 30C. Do not tumble dry. SEE BELOW
• 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 Marlie-Care Lawn in the Floral Fest print from Lady McElroy. This is a lightweight and soft cotton fabric similar to Liberty's Tana Lawn.

• 100% Cotton
• Width 140cm
• Weight 85 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 Marlie-Care Lawn in the Springtime Haze floral print from Lady McElroy. This is a lightweight and soft cotton fabric similar to Liberty's Tana Lawn.

• 100% Cotton
• Width 140cm
• Weight 85 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 Marlie-Care Lawn in the Kristi Spot print from Lady McElroy. This is a lightweight and soft cotton fabric similar to Liberty's Tana Lawn.

• 100% Cotton
• Width 140cm
• Weight 85 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)

Simple cotton gauze fabric in the "Native Print", colour Night. Perfect for sewing scarfs, playsuits, shirts, etc. Oeko-Tex certified and Better Cotton Initiative

• 100% cotton
• Width 140cm
• Weight 85 g/m2
• Machine wash cold delicate cycle. 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)

Viscose crepe from French brand Eglantine & Zoe in sunny yellow. Fluid, soft and totally opaque, ideal for sewing shirts, blouses, dresses, skirts, etc

• 100 % Viscose
• Width: 145 cm
• Weight: 155 g/m2
• Machine wash 30C. Do not tumble dry. SEE BELOW
• 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)

FABRIC REMNANT: 102CM X WIDTH (145CM)

Viscose crepe from French brand Eglantine & Zoe in royal blue. Fluid, soft and totally opaque, ideal for sewing shirts, blouses, dresses, skirts, etc

• 100 % Viscose
• Width: 145 cm
• Weight: 155 g/m2
• Machine wash 30C. Do not tumble dry. SEE BELOW
• Oeko-Tex

IMPORTANT: Price indicated for 1 fabric piece of 102cm x 145cm

Simple cotton gauze in the "Petal" print. Perfect for sewing garments, accessories and home decoration (cushions, light curtains)

• 100% cotton
• Width: 140cm
• Weight: 85 g/m2
• Machine wash cold delicate cycle. 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)

Viscose crepe from French brand Eglantine & Zoe in "nacre" (off-white). Ideal for sewing dresses, tops, skirts etc

• 100 % Viscose
• Width: 145 cm
• Weight: 155 g/m2
• Machine wash 30C. Do not tumble dry. SEE BELOW
• 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)