Lend some dazzling personality and drama to any bathroom, en-suite or cloakroom with these unusual fish tiles. A row around a bath or running through a shower would be a beautifully decorative feature.These unique tiles feature an original millefiori design with a shoal of Discus fish; a pretty orange and turquoise design forms the scales of the fish, while the background is a deep French navy.Discus are beautifully colourful freshwater fish, originally from the Amazon river basin in Brazil. They belong to the Family Cichlidae and have a fascinating life history. The design features a millefiori design originally created in clay and heat-printed onto the surface of conventional ceramic glazed tiles. Please read the description fully to check tile suitability. This listing is for a SINGLE tile 5mm or 1/4 inch thick glossy reflective surface ceramic gently rounded top edge ridged unglazed back require normal tile adhesive and grouting heat printed in my home studio, using my own millefiori designs These are handmade to order, so a slight variation between each tile is to be expected. PLEASE NOTE: these tiles are heat printed, which means they will scratch if you drag heavy things over the surface, or scour with abrasive cleaners.Normal cleaning is fine! They're suitable for : splashbacks in kitchens and bathrooms cubby holes utility rooms - en suite bathrooms guest bathrooms mantel pieces kitchen walls away from direct heat sources decorative fireplace applications (away from heat sources) dining areas. NOT suitable for outdoors or conservatories areas which are touched by direct flame or high temperatures areas which receive a lot of direct sunlight or UV as the design may fade over the years floors and high-traffic areas not suitable for areas which are regularly scrubbed, bleached or scoured with agressive cleaners. Regular cleaning with non abrasive cleaners is fine! If you need tiles suitable for these areas, please see my FIRED INK  range, which are hard-wearing tiles for floors, pools, and high traffic / high temperature areas.