Classic Organic Cotton, Printed in Australia. Choose Any Print
140cm wide. Order by the metre.
Premium quality cotton sateen printed in Australia.
Featuring my original illustrations drawn in pencil and watercolor. Digitally printed fabrics by the metre.
Perfect for dressmaking, cot sheets, pillowcases and quilts.
Classic Cotton is made from organic yarn and woven in a satin finish. The fabric has a smooth surface with a sheen across it and a bright white point making it an excellent fabric for printing. Classic Cotton is a versatile fabric that produces a soft hand feel and gentle drape. Perfect for all types of clothing, accessories and selected soft furnishings.
Composition: Cotton
Printable Width: 140cm
Weight: 150 GSM
Select from listed designs or Choose a Design from my portfolio
Eucalyptus Yellow Blossom
Sleepy Koala, Black & White
Eucalyptus Blush Pink & Deep Green
Eucalyptus Blue, Peach & Copper
Printed to Order in Melbourne by Next State Print - free local pickup available.
It will take between 10-15 days for fabric to be prepared, printed and cured before it is ready to ship.
Thank you for your patience & understanding when ordering.
Please choose 'Fabric' in the shipping options at checkout.
This fabric is digitally printed on demand in Melbourne, Australia.
This means you can choose the print you love from my portfolio, customize the size of the print and have as much or as little as you need printed just for you.My fabrics are not mass produced or kept in stock ready for sale.
The digital printing process is much more eco friendly than most other printing techniques. There's no water consumption and because we only print what you order there's no waste or leftover fabric we may not sell or use.
Most orders will be ready to ship within 1-2 weeks of ordering.
Order by the metre.
Quantity of 1 = ONE METRE.When ordering 2 metres or more of any designs on the same material, the fabric will be printed in a continuous length.
All the details about each material can be found > HERE <
Care Instructions > HERE <
