100% Digital Cotton Fabric | Little Johnny | 3D Baubles | 150cm Wide
The Little Johnny Digital Cotton 3D Baubles fabric is a festive and playful digital cotton print from Little Johnny. The design features realistic red and white Christmas baubles scattered across a rich red background, creating a lively seasonal pattern perfect for holiday projects.
Made from 100% cotton, this fabric is soft, breathable, and lightweight at 115GSM, making it easy to work with. The generous 150cm width makes it suitable for Christmas clothing, seasonal décor, accessories, and craft projects. The digital printing technique ensures crisp detail and vibrant colours, bringing the baubles to life.
Key Features:
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From the Little Johnny digital cotton range
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Features red and white Christmas baubles on a festive red background
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Realistic 3D-effect design
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100% cotton
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Lightweight at 115GSM
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Approx. 150cm wide
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Digitally printed for sharp detail and vibrant colour
Washing Instructions:
We recommend testing a small piece before full use.
Cutting & Ordering Information:
Our fabrics are sold by the half metre (50cm x full fabric width). If you order more than one unit, your fabric will be supplied in a continuous length, unless you request otherwise.
Examples:
- If you order 1 unit, you will receive 0.5 metres x fabric width.
- If you order 2 units, you will receive 1 metre x fabric width.
- If you order 4 units, you will receive 2 metres x fabric width.
We always cut fabric as a single continuous piece (e.g., 2.5m, 3m, etc.), unless you specifically ask for it to be cut into smaller pieces. Please contact us at checkout if you’d like separate cuts.
What You Can Make:
Please note that if more than one piece of fabric is ordered it will come as one continuous piece as it is cut from the roll, however the rolls do have a maximum length therefore larger orders may be sent in multiple pieces.
While every care has been taken to ensure the accuracy of the colours depicted in our images, please be aware that due to monitor resolution, lighting, photo processing software and other factors it is almost impossible to represent colour to 100% accuracy.
