About this asset

This seamless 2K PBR black marble tile texture features a running bond pattern, ideal for high-end interior floor or wall finishes. This high-resolution PBR material captures the sophisticated aesthetic of dark, veined marble tiles arranged in a classic running bond configuration. The surface displays deep charcoal and black tones with striking grey veining, providing a realistic contrast and depth. The material properties are carefully balanced to reflect a polished finish, visible through the subtle light highlights on the spherical preview. Each tile unit is clearly defined by thin, precise grout lines, ensuring a clean, modern look suitable for luxury architectural surfaces where a refined, continuous stone texture is required for large areas.

The download is a 10.6 MB compressed archive with the texture set at 2K with colour, normal, roughness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

To implement this material, apply the albedo, displacement, normal, and roughness maps to your material editor’s respective slots. Given the 1.35m by 1.35m real-world scale, set your UV mapping coordinates to match this dimension to avoid tiling artefacts. The texture is fully tileable, allowing it to be mapped across expansive floor plates or feature walls without visible seams. Ensure the displacement map is utilised with an appropriate subdivision level to achieve the intended physical depth of the tile joints.

Ideal for luxury residential projects, boutique hotel lobbies, or high-end retail environments, this black marble texture adds a sense of permanence and elegance to interior spaces. It pairs effectively with brushed brass fixtures, dark timber joinery, or minimalist glass partitions. Architects and visualisers will find this asset useful when specifying stone flooring or feature cladding in bathrooms, kitchens, or reception areas. Search for this material when looking for realistic stone finishes that require both a high-quality visual impact and technical reliability in rendering.