About this asset

This 2K PBR black marble texture features crisp white veining and is supplied as a seamless map for realistic material rendering. This high-resolution PBR marble surface displays a deep, charcoal-black base densely populated with fine, branching white calcite veins. The visual character is consistent with high-end polished natural stone, exhibiting sharp contrast and a sophisticated, organic pattern. The material set includes essential maps for albedo, displacement, normal, and roughness, ensuring that the surface responds accurately to light in a 3D environment. Its polished finish provides a crisp specular highlight, ideal for luxury interior applications where stone surfaces require a refined, mirror-like quality that maintains depth and intricate detail across large areas.

The download is an 11.5 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 texture, assign the albedo map to the diffuse or base colour channel of your material editor, and map the normal and displacement files to their corresponding slots for surface depth. Adjust the roughness map to control the intensity of the reflections, which will define the polished look. Because the texture is tileable in both axes, it can be applied to large floor plates, wall cladding, or furniture surfaces without visible seams or repeating artifacts in your render engine.

This material is suitable for high-end residential, hospitality, and luxury retail projects. It is appropriate for kitchen worktops, bathroom vanity units, feature wall cladding, or flooring in lobbies and reception areas. It pairs well with brushed brass or matte black metal accents and neutral timber finishes. Professionals should look for this asset when specifying dark stone finishes, contemporary marble surfaces, or sophisticated interior cladding materials for architectural visualisations that require high-fidelity, physically accurate stone representations.