
Jaclyn Johnson: Moody Main Bathroom Tiles
Drenched in drama, our Tempest bathroom tiles look oh-so-tempting in entrepreneur Jaclyn Johnson's main bath. Designed by Ginny Macdonald.
Drenched in drama, our Tempest bathroom tiles look oh-so-tempting in entrepreneur Jaclyn Johnson's main bath. Designed by Ginny Macdonald.
This modern bathroom's small triangles were the perfect way to add pattern and a little extra friction to its shower floor tile. Its matching shower niche ties it all together.
Colorblocked in shades of blue, this bathroom's glazed thin Brick tile wall lends an eye-catching contrast to its graphic floral wallpaper.
Featuring our multifaceted Kite pattern, this geometric shower wall tile in blue, white, and grey makes for a playfully color-coordinated palette.
Anchored by a neutral palette, this shower pairs grey subway tile with a splash of modern mosaic bathroom floor tiles in cool blue Glacier Bay.
Accented with green, this black and white tile bathroom gets a bold pop of pattern with our 4" Triangle pattern and contrasting grout.
Looking to create an at-home spa escape? Our green bathroom tiles soothe and inspire with their handmade color variation.
Anchored by our warm Sunflower yellow, a playful accent tile shower features triangles in a thoughtfully coordinated color blend that extends into the rest of the space.
Sitting atop Dana Hotel in Chicago, this swanky rooftop bar features multicolored grey tiles in a thoughtful modular arrangement. Blue bathroom tiles offer a glamorous spot for guests to refresh.
A blend of shades and sprinkles of pattern like block triangle floor tile lend this neutral bathroom a one-of-a-kind look.
The bathrooms at Bernardus Lodge & Spa make for a suite escape, adorned with our Picket Tile and Handpainted Kabuki Sphere accents.
Our Handpainted Tile in Diamond Contour beautifully demarcates this master bathroom's shower and backsplash. Its striking geometric design echoes the angles found in the herringbone marble flooring and artfully complements the bathroom's luxe surfaces.