Description
MESH By Murals Wallcoverings
Collection: Print&Pattern
Manufacture year: 2023
Type: Digital printing wallpaper
Mesh is a gradient wallpaper. Different shades of color can create new color combinations that feel different and modern, lending a completely unique feel to spaces. Gradients can blend or transition similar colors or completely different or contrasting colors (like purple and red or blue and yellow). Variant codes Cod. MU230122: Mesh Prism Cod. MU230123: Mesh Lemon Cod. MU230124: Mesht Dusty Rose Cod. MU230125: Mesh Lavender Cod. MU230126: Mesh Cackatoo Cod. MU230127: Mesh Storm Print&Pattern is a collection characterised by psychedelic swirls, digitally inspired patterns and nostalgic novelties, items that put the fun back into design. The key colors in this collection have an authentic, rich mood and ingrained optimism. Trending colors will be red, pink, lavender, apricot, blue, green and yellow. Available supports Murals Textile (59 x 300 cm - 350 gr) Murals Textile 350g is a printable wallpaper coated with textured vinyl with a non-woven fabric back with a canvas texture. It is an elegant and universal option for both traditional and modern wall coverings in homes, accommodation areas and hotels. Murals Soft (59 x 300 cm - 350 gr) Murals Soft 350g is a printable wallpaper coated with textured vinyl with a non-woven back with a fine fibrous surface that adds a subtle finish to the wall graphics making small surface imperfections less visible. Murals Kind (53 x 300 cm - 180 gr) Murals Kind is a printable wallpaper coated without PVC 180 grams with a smooth satin finish. This durable but lightweight non-woven wallpaper is the perfect choice for digital wallpapers for use in residential environments. Murals Wet (47 x 300 cm - 265 gr) Murals Wet 265g is a wallpaper made of high-quality PVC-free glass fabric, made with woven, sturdy and long-lasting glass fibers. The material allows the wall to breathe preventing the appearance of mold or fungus, making it the perfect solution for new installations in humid environments.