Beige Veined Marble PBR Texture

This 2K PBR beige veined marble texture provides a polished stone surface with high-fidelity displacement and roughness maps. This polished marble texture features a soft beige base tone with intricate, fine-grained veining in lighter white and subtle terracotta hues. The surface appearance mimics high-end natural stone, offering a balanced, non-directional aesthetic suitable for large-scale application. The material includes standard PBR map outputs, ensuring accurate light interaction across reflective surfaces. Its visual composition is clean, avoiding heavy clustering of veins, which allows for a uniform look when applied to expansive architectural elements such as flooring, feature walls, or custom joinery surfaces within a sophisticated interior design scheme.

The download is an 11.2 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 and the roughness map to the corresponding shader slot to control specular highlights. Use the normal map to define subtle surface variations and the displacement map for depth if your render engine supports micro-polygon displacement. For best results in a scene, ensure your UV mapping is set to a consistent real-world scale and utilise the tileable nature of the maps to cover large geometry without visible seams.

Ideal for luxury residential projects and high-end hospitality interiors, this marble texture is a versatile choice for bathroom vanity tops, hotel lobby flooring, and feature wall cladding. It pairs effectively with brushed brass fixtures, dark timber cabinetry, or minimalist glass partitions. Architects and interior designers can use this asset to create realistic material palettes during the development phase of a project, ensuring a refined, timeless finish in both high-resolution visualisations and technical renderings of interior spaces.