An eco-friendly decoration made from recycled cardboard and vegetable inks
Studio Roof ’s Gold-Edged Butterfly invites the splendor and importance of insects into your home through vibrant art deeply inspired by nature. Crafted from recycled cardboard and printed with eco-friendly vegetable-based inks, this 3D butterfly is more than just a decorative piece: it’s a sustainable piece of art that adds a colorful and elegant touch to any living space.
An artistic tribute to the ecosystem and the vital role of insects
Its bright graphic patterns and intricate design reflect the richness and complexity of nature, capturing the essence of these often underestimated creatures. This butterfly not only celebrates the beauty of nature, but also highlights the crucial importance of insects in our ecosystem. Perfect for decorating a wall or creative space, it allows you to appreciate the wildlife around us while highlighting the vital role these little beings play in the natural balance.
Bring a natural side to your home
Perfect for eco-conscious Canadian homes, this cardboard butterfly is both a striking work of art and a symbol of your commitment to sustainability. By hanging it in your home, you're incorporating a touch of nature into your decor while affirming your commitment to respecting the environment and promoting eco-responsible choices.
- made from recycled cardboard
- printed with vegetable inks
- delivered in flat packaging
- ready to be built
| Description | Imperial | Metric |
|---|---|---|
| Width | 5.9" | 15 cm |
| Depth | 1.5" | 4 cm |
| Height | 2.7" | 7 cm |
- Dust with a dry cloth.
- Includes four B7 sheets with 13 detachable pieces for easy assembly.
- Assembly instructions are provided inside the packaging.
- Free in-store pickup. See pickup locations .
- Online orders are shipped from our Canadian warehouse.
- In-stock and special order products are shipped or available for pickup based on processing time. See details .
- Returns are eligible under certain conditions. Merchandise must be in its original condition. See details .
