The Radar White tile radiates outwards in concentric circular repeats, echoing soundwaves or ripples. Available in Black, Denim, Olive, Sepia, White and Yellow, it is graphic, rhythmic and full of quiet movement. As a 20 x 20 cm tile, it makes a refined statement on feature walls, kitchen splashbacks or bathroom installations. These hand-painted ceramics bring a sense of rhythm and pulse, ideal for design projects that need pattern with restraint.

Radar White Tile for Modernist Interiors

As part of the Modernist Collection by Neisha Crosland, Radar White turns a circular motif into a pale, optical architectural field. The white linework gives the design subtle definition, while the repeated rings soften into a gently vibrating pattern across the wall. It has the clarity of modernist geometry, but the hand-painted surface keeps the effect alive, irregular and human.

The Radar White tile is particularly effective where an interior needs movement without strong contrast. In a kitchen, it can create a soft white and cream splashback with a tailored, mid-century quality. In a bathroom, cloakroom or shower, it can form a rhythmic feature wall that feels structured without becoming visually heavy. The 20 x 20 cm format gives the design enough scale to read clearly, while the tone-on-tone palette keeps the surface refined and quiet.

For the wider designer range, explore Ceramic Tiles by Neisha Crosland, or visit the Neisha Crosland Collaboration page for more on how pattern is translated into ceramic form. For related pattern-led surfaces, see Geometric Hand-Painted Ceramic Tiles. Used sparingly, Radar White can act as a quiet graphic accent. Used more expansively, it becomes a luminous ceramic surface, full of pulse, proportion and crafted imperfection.

Project Guidance and Enquiries

For project guidance, availability, pricing or further information, please use the Send E-Mail button below this description. This takes you directly to the product enquiry flow, where our team can respond with details specific to your project.