[Stone] Marble Textures

Marble is the one stone where the interior matters more than the surface. The veining is not a pattern printed on top — it runs through the block, which is why bookmatched slabs mirror each other and why light entering polished marble scatters a few millimetres before it comes back out. Render it as a flat diffuse image with a gloss coat and it reads as printed laminate, which is exactly what cheap marble-effect surfaces are. This collection covers classic white veined marble, dark dramatic veining, warm travertine-adjacent stone, and heavily figured decorative slabs.

License

Free for personal and commercial use. No attribution required. Commercial games, film, architectural visualization, and client work are all permitted. No credit, no backlink, no permission request needed. You may not resell or redistribute the texture files themselves as a texture pack.

What's in this collection

• Classic white veined — pale ground with fine grey veining at varying density. Kitchen counters, bathroom surfaces, sculpture and classical architecture.
• Dark dramatic — near-black ground with bright, high-contrast veining. Feature walls, luxury retail, bar tops and reception desks.
• Warm figured stone — cream and ochre grounds with soft, cloudy movement rather than sharp veins. Mediterranean interiors, hotel lobbies, period restoration.
• Heavily figured slabs — bold, wide veining intended to be seen as a single large panel. Bookmatched walls, tabletops, statement flooring.

All tiles are seamless in both directions and delivered at high resolution.

Where marble is used

Architectural visualization. Kitchens, bathrooms and lobbies, where marble is usually the most expensive material in the frame and therefore the one clients examine most closely.

Product visualization. Marble slabs as a backdrop surface for cosmetics, jewellery and food photography, where the veining provides interest without competing shapes.

Game environments. Classical architecture, museums, palaces and temples, plus the polished floors that make interior lighting worth the cost.

Film and set extension. Historic interiors and monumental architecture built digitally to match photographed stone.

How to use these in Blender

1. Add Subsurface to the Principled BSDF with a short radius and a colour close to the stone's ground tone — this is what separates marble from painted plaster, and it costs very little.
2. Keep Roughness low but not zero, around 0.05 to 0.15, and vary it slightly with the vein mask so the harder mineral veins polish differently from the ground.
3. Scale the mapping to real slab dimensions; marble veining has a known physical scale and tiling it too small immediately reads as wallpaper.
4. For bookmatched walls, mirror the UVs on alternate panels rather than duplicating the texture — that is precisely how real bookmatching is produced.

How to use these in Unreal Engine 5

1. Use the Subsurface Profile shading model rather than Default Lit; without translucency, polished marble looks like glossy paint under any strong light.
2. Feed a low-value roughness constant lerped against the vein mask into Roughness, and keep Specular at 0.5.
3. Rely on Lumen or a reflection capture for the reflection content — a polished floor with nothing to reflect is just a dark plane.
4. For large floors, use world-aligned UVs and a very large tiling scale, then break repetition with a second low-frequency variation mask.

How to use these in Unity

1. Use URP/Lit with Metallic at 0 and Smoothness around 0.85 to 0.95, supplied as a map so the veins vary.
2. Enable Subsurface Scattering in HDRP if you are targeting high fidelity; in URP, approximate it by lifting the albedo slightly and softening contrast rather than faking it with emission.
3. Bake Reflection Probes in every room containing marble — the material is almost entirely defined by what it reflects.
4. Keep texture compression high quality; the smooth tonal gradients in marble ground colour band badly under default settings.

Tips for marble specifically

Get the scale right before anything else. More marble renders are ruined by wrong tiling scale than by any shading error. A slab is roughly two to three metres across, so if your veining repeats every 30 centimetres on a floor, no amount of subsurface or reflection work will rescue it.

Do not polish it perfectly. Real polished marble has faint wipe marks, slight unevenness across the slab, and duller patches where it has been walked on or cleaned. A uniform mirror finish is the tell that separates a render from a photograph, and a very subtle roughness variation mask fixes it in one node.

Respect the seams. Marble arrives as slabs with joints, and those joints are part of how the material reads at architectural scale. A twenty-metre floor with no visible slab divisions is not marble — it is a texture. Adding joint lines at plausible slab dimensions does more for realism than any shader refinement.

Browse the collection

Stone textures are organized into volumes, each containing multiple packs. New volumes are added continuously.

View the full Stone collection →

Related: Tile textures, Crystal textures.