Please login to view prices.

Sullivans 112cm Printed 100% Cotton Fabric - Cats & Fish Bones


98269 Sullivans 112cm Printed 100% Cotton Fabric - Cats & Fish Bones




    • Item #: 98269
      Product: Sullivans 112cm Printed 100% Cotton Fabric - Cats & Fish Bones
      Packaging: Bolt
      Qty: 7.3 m
      Size: 112 cm Wide
      Weight: 105 gsm
      Colour/Design: Cats & Bones
      Inner: 7.30
      Status: Stock Available
    • Sullivans printed Fabric comes on a 7.3 metre bolt - is made from 100% high quality cotton. This 112CM wide fabric is ideal for quilting and general craft projects. Comes in a variety of fabulous prints. Match up with our range of plain dyed colours for extra pizzaz!


    Also available in:


    • 98345 Sullivans 112cm Printed 100% Cotton Fabric - Bees On Purple
      Bees On Purple
    • 98238 Sullivans 112cm Printed 100% Cotton Fabric - Cows
      Cows
    • 98286 Sullivans 112cm Printed 100% Cotton Fabric - Orchid Dot
      Cattleya Orchid Pin Dot
    • 98312 Sullivans 112cm Printed 100% Cotton Fabric - Cream Daisies
      Cream Ditsy Daisies
    • 98265 Sullivans 112cm Printed 100% Cotton Fabric - Leopard Print
      Leopard Print
    • 98272 Sullivans 112cm Printed 100% Cotton Fabric - Paws & Bones
      Blue Paws & Bones
    • 98245 Sullivans 112cm Printed 100% Cotton Fabric - Volleyball
      Volleyball
    • 98331 Sullivans 112cm Printed 100% Cotton Fabric - Blue Flowers
      Blue Flowers
    • 98329 Sullivans 112cm Printed 100% Cotton Fabric -  Sage Flowers
      Sage Flowers
    • 98264 Sullivans 112cm Printed 100% Cotton Fabric - Green Swirls
      Swirls On Green
    • 98279 Sullivans 112cm Printed 100% Cotton Fabric - Groovy Black
      Groovy Black
    • 98336 Sullivans 112cm Printed 100% Cotton Fabric - Cherries
      Cherries On Gingham

    To place an online order with Sullivans, you will need to login using your Account Number and Password provided.

    If you do not have the Sullivans login credential and wish to open an account, please complete the registration form.