This beige limestone mosaic forms part of De Ferranti’s Bardo Collection of mosaics, offering a modern interpretation of an ancient craft through a restrained checkerboard pattern. The limestone has a sophisticated matt, almost chalky finish, while the alternating beige and pale squares create quiet geometry rather than strong contrast.

The Bardo Collection is available in a variety of sizes, colours and designs, including stripes, florals and other geometric patterns. In Check in Beige, the small square tesserae are arranged as a simple alternating field. Slight natural variation in tone and surface softens the repeat and keeps the composition connected to the character of stone.

Beige Limestone Mosaic in a Checkerboard Repeat

For comparison within the same family, Check in Gold and Check in Grey offer related check designs in different colour directions. The wider Limestone Collection is useful when coordinating the mosaic with other limestone surfaces and assessing how a matt small-format field might sit beside larger stone elements.

Scale, Grout and Sample Review

A beige limestone mosaic with a small checkerboard repeat can read differently depending on viewing distance and grout choice. A closely related grout can make the alternating tones feel softer, while stronger contrast can emphasise each square and sharpen the geometry. Review samples alongside adjoining finishes and establish the direction of the repeat, perimeter cuts and transition details before installation. The product is listed for bathrooms, commercial interiors, floors, kitchens, internal walls, residential interiors and restaurants. Exterior use is not listed, so external suitability should not be assumed without specific confirmation.

Project Guidance and Enquiries

For project guidance, availability, pricing, samples or further information, please use the Send E-Mail button below this description. Your enquiry will come directly to De Ferranti, and we will be pleased to discuss suitability, quantities, lead times and options for your project.