Dark Grey Liquid Leaking PBR Decal 010 a

This 2K PBR decal provides a realistic dark grey liquid leak mark, designed for layering over surfaces in architectural renders. The asset features a subtle, vertical liquid leak pattern, rendered in a dark grey tone that simulates fluid runoff or staining. It is presented as a high-resolution 2K texture set, including albedo, displacement, normal, roughness, and ambient occlusion maps. A dedicated opacity map is provided separately, allowing for precise compositing and blending over existing wall or facade materials without altering the base texture underneath. The mark is clean and focused, capturing the natural drip path of a fluid, making it suitable for adding realistic wear and tear to architectural surfaces.

The download is a 13.7 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion, displacement and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

To implement this decal, apply it as a secondary material layer or a floating polygon plane positioned slightly offset from the primary surface. Load the provided maps into your render engine's material editor, using the opacity map to control visibility and the normal map to simulate slight surface depth. Ensure the UV scale is adjusted to match the desired height of the leak, allowing for seamless integration into your scene's existing weathering and aging workflow.

Ideal for architectural visualisers and interior designers, this decal adds essential realism to aged, weathered, or industrial environments. It is perfectly suited for interior walls, exterior building facades, and concrete surfaces where moisture staining or liquid runoff is expected. Use this asset to enhance the authenticity of basement interiors, parking structures, or neglected urban settings. It pairs effectively with concrete, plaster, or brick textures, providing a subtle, professional touch to projects focusing on high-fidelity, lived-in character and realistic material decay.