A.S. Création Bricks & Stones 388132 Non-Woven Wallpaper Stone Look 10.05 m x 0.53 m Made in Germany

Bricks & Stones The new wallpaper collection "Bricks & Stones" by A.S. Création interprets the timeless stone looks in any different kind. The high-quality non-woven wallpapers are natural and versatile. They give the walls a completely new look and transform any wall space into a distinctive experience. Whether in the kitchen, in the loft or in the cosy living room, the wallpapers can be used anywhere and can be perfectly combined. From classic bricks to natural stone looks, the collection offers everyone an opportunity in different colour facets. Thanks to their realistic 3D effect, the high-quality non-woven wallpapers from A.S. Creation a very own and realistic touch. Bricks & Stones impresses with authentic stone surfaces reproduced with the highest precision, which work out the beauty of these natural materials perfectly and make it experience without elaborate conversion work. Different textures of the individual wallpapers give your living rooms, such as living rooms, bedrooms, dining rooms, kitchens, hallways and even bathrooms a feel-good character. Give your home a new feel in the loft character and enjoy your new appearing home. Thanks to its realistic look, the wall is now attracted to touch. In addition, the non-woven wallpaper impresses with its properties and is therefore perfect for your living room, bedroom, kitchen, study, office, hallway or even the bathroom. Dimensions: 10.05 m length x 0.53 m width - 5.32 m² | repeat location: 64/32 cm offset. In a staggered approach, the pattern of the next track is placed in the previous track by the offset specification (32 cm) Features: abrasion-resistant, fade-resistant, dry-strippable, flame-retardant, dimensionally stable. Workmanship: simple, quick and clean processing in wall adhesive technology. Paste the wall, position individual wallpaper strips, press and you're done! The non-woven wallpaper can be applied to all clean, dry, smooth, solid and absorbent surfaces.