Brush Blender Fabric | Denim
Lovely quality, soft-touch John Louden Quilting Fabric. Printed with a brushstroke shaded design offering a variety of hues.
The design is perfect as a blender or for use as a stand-alone print. We are pleased to stock the full shade collection.
Stitch with Empress Cotton Quilting Thread.
Brush Fabric Blender
Super blender collection created by the John Louden design studio. The Brush shaded Fabrics are printed on a soft touch 100% cotton craft fabric. They make a superb blender fabric. Ideal for quilting and other sewing projects.
Full shade collection available - Brush Blender Fabric Range.
The Fabric & Ordering
The fabric is priced per metre.
To order simply add metres to your basket - we will cut as one continuous length up to the standard 10m full bolt option. Half metres are available by entering 0.5 (half metre), 1.5 (one and a half metres) etc.
Recommended Thread
For a fine, strong, soft & absolutely natural thread we recommend stitching Quilting Fabrics with Empress 100% Cotton Quilting Thread. Manufactured to industrial standards and finished processing in the UK it is guaranteed to run on your sewing or long-arm machine.
This is the thread that is included when you 'add a matching thread' above.
Super Saving - As a little treat from us, you also receive a 10% discount off the usual price per bobbin!
Quilt Waddings & Battings
With an extensive selection of Quilt Waddings available, we are sure to have one ideal for your next project.
There is everything from ultra-smooth Summer Weight Bosal Waddings through to the Vilene Options, ultra snuggly Empress designed Stitch It Pre Shrunk Wadding and many more.
View the full Empress Quilt Wadding / Batting Range.
| Colour | Blue |
|---|---|
| Theme | Blenders |
| Brand | John Louden |
| Stock Logic Status | Standard |
The manufacturer advises the following care instructions however we always advise testing a small piece first to make sure you are 100% happy.
Washable at 30°
Iron Setting 1, Max Temp 100°c
Cool Tumble Dry
Do Not Bleach
