Burgundy Peony & Rose Wallpaper, Black and White

These stunning burgundy, aubergine and cream  peony & rose in black & white colour wallpaper will transform any room into a dreamy floral paradise!  This beautiful is a real statement to your wall. Each flower and leaves are hand painted using water colour brush, digitally transformed into a special fabric using state of the art 6 colour printing machine. The peel and stick printed wallpaper is a breeze to transform your walls to a stunning hand painted gorgeous guise.

How to order for Your wall
The overall pattern repeats every 5 sheets. Each sheet is sold individually, so you would order the amount that you need to fill your wall space. For example, if you have a wall that is 244 cm wide, you would need to order 4 sheets (you will receive sheets 1 through 4 as shown in the illustrated diagram).

Available sizes
61 cm wide x 244 cm high
61 cm wide x 275 cm high

Pattern Repeat
Every 305 cm wide

Fabric Type
Our fabric is a peel & stick, multi-US patented, adhesive material made of 100% polyester fabric. It can be installed on almost any surface and remain adhered in all indoor weather conditions. It’s patented dependable adhesive can be removed and reused multiple times without any alteration or loss of Stickability. Our fabric material is Class A fire rated, non-toxic, green, and phthalates free. Note: Note: Wall must smooth and not textured ie. rough concrete, rendered brick wall or wall with bubble paint. Only apply to a smooth, dry and clean surface.

Production Time
All decals are printed once the order is placed. Our standard production time is 7-10 days, however if you need it for an event, pls. select the required production time during order process.

Shipping
All our decals and wallpaper price includes FREE standard shipping Australia wide. We can also ship it overnight TNT express if you need urgently. Pls. select TNT shipping while You place the order. Pls. note that TNT requires street address, they cannot delivery to Post box. See detailed information under delivery.