About this asset

Fingerprints 006 is a 2K transparent PBR decal texture, providing realistic surface smudges for high-fidelity architectural renders. This PBR texture set provides a realistic representation of human fingerprint marks, designed to add subtle surface imperfections to clean, reflective materials. The collection includes essential maps such as albedo, displacement, normal, roughness, and opacity, ensuring full control over how the smudges interact with light and surface geometry. The patterns are rendered with high detail, capturing the distinct whorls and ridges of human skin. Because the maps are tileable, they can be layered across large surfaces like glass partitions, polished metal panels, or high-gloss furniture without showing visible seams or repetitive grid patterns.

The download is a 9.6 MB compressed archive with the texture set at 2K with colour, normal, roughness, displacement and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

To integrate this texture, apply the opacity map to the transparency or mix slot of your material shader to isolate the fingerprint marks. Use the roughness map to drive the specular response, creating varied reflections that mimic oily residue on smooth surfaces. The normal and displacement maps can be used sparingly to suggest depth on non-porous materials. Adjust the tiling and UV scale to match the 0.30 m real-world dimensions for optimal realism in your scene.

These textures are essential for professional visualisers working on modern, high-end interiors where surfaces need to feel lived-in rather than sterile. They are particularly effective on glazing, mirror surfaces, and dark-toned metal cladding in hospitality and office projects. By applying these to clean materials, you break up perfect reflections, adding a layer of authenticity to close-up shots of touchpoints, screens, or architectural glass. They pair perfectly with clean, minimalist interiors to provide a subtle, humanising touch that prevents overly digital-looking finishes.