Digital Cotton 3D Polar Bears

This product is priced per metre. Please select how many metres you would like in the qty section. This will be cut in continuous lengths.

Price range: £2.45 through £8.50

Add a frosty dose of cuteness to your sewing with this charming 3D polar bear print from Little Johnny. Featuring digitally printed polar bears with playful detail, this fabric brings a cosy winter vibe that’s perfect for children’s clothing, seasonal décor, quilting, and fun accessories. Whether you’re creating festive pieces or year-round favourites, this fabric will stand out.

Made from 100% cotton, it’s soft, breathable, and lightweight at 115gsm. With a full 150cm width, it offers great value and versatility for a wide range of creative projects.

✅ Digitally printed 3D polar bear design
✅ Width: 150cm | Weight: 115gsm
✅ Composition: 100% Cotton
✅ Printed cotton – ideal for kids’ projects and winter makes

SKU: N/A Categories: , , Tag:

🚚 Order before 4pm for same-day dispatch
🏬 Click & Collect available in Andover

Digital Cotton 3D Polar Bears

Price range: £2.45 through £8.50

Add a frosty dose of cuteness to your sewing with this charming 3D polar bear print from Little Johnny. Featuring digitally printed polar bears with playful detail, this fabric brings a cosy winter vibe that’s perfect for children’s clothing, seasonal décor, quilting, and fun accessories. Whether you’re creating festive pieces or year-round favourites, this fabric will stand out.

Made from 100% cotton, it’s soft, breathable, and lightweight at 115gsm. With a full 150cm width, it offers great value and versatility for a wide range of creative projects.

✅ Digitally printed 3D polar bear design
✅ Width: 150cm | Weight: 115gsm
✅ Composition: 100% Cotton
✅ Printed cotton – ideal for kids’ projects and winter makes

SKU: N/A Categories: , , Tag:

🚚 Order before 4pm for same-day dispatch
🏬 Click & Collect available in Andover

🚚 Fast UK Delivery
Tracked options available

🏬 Click & Collect
Ready in 1 hour

💜 Family-Run 
Friendly support

0