Studio Roof Watermelon Punch Flower 3D Wall Art

Add a pop of colour to your wall with this fabulous Watermelon Punch 3D flower model by Studio ROOF – a statement eco wall decoration, made from recycled cardboard and printed with plant-based inks. This stunning large flower has a stylish, contemporary look, with its stylised lines and brightly coloured in complimentary shades of purple, blue and terracotta. This impressive DIY wall art will make a statement in any room of the house!

With radiant colours and graphic shapes, children and adults will love building this model to adorn a feature wall, making a stunning decoration for a playroom or nursery. Easy to hang on your chosen wall, this lightweight 3D model has a cardboard hanging tab that hooks onto a picture hook or pin. Check out the full range of colourful DIY wall art from the Studio ROOF at Babipur.

• 3D flower model to build, comes flat-packed
• Made of recycled cardboard and printed with vegetable inks
• 2 x A3 sheet with 39 pieces to pop out and assemble
• Full assembly instructions can be found on the inside of the packaging

Size: 32cm x 10cm x 32cm 

Key product ethics: Made from recycled cardboard and plant-based vegetable inks, these cardboard 3D ornaments are biodegradable, recyclable and compostable. For each design created a tree is planted through the Trees For Life Foundation, and business air travel is avoided. 

Studio ROOF combines nature, fantasy and art to create vibrant 3D wall decorations using recycled cardboard and plant-based vegetable inks. Bring these 3D objects to life by slotting together the colourful parts to make your own striking cardboard models. Based in the Netherlands, Studio ROOF is a family owned business started in 2005. Dedicated to craftsmanship and inspired by the imagination and playfulness of childhood, Studio ROOF believe in bringing this to every aspect of life, whatever your age! With a stylish, contemporary design, make a statement on any wall with these colourful decorative wall art animal, insect and botanical models.