About this asset

This 2K PBR paint smear decal provides a realistic white brush-stroke texture for adding subtle weathering to architectural surfaces. This digital asset features a high-resolution white paint smear, captured with a distinct horizontal brush-stroke aesthetic. The texture includes essential PBR channels—albedo, normal, and opacity—to ensure accurate lighting interactions when applied to 3D materials. The opacity map allows for precise blending, enabling the smear to sit naturally atop base surfaces like glass, metal, or concrete. Its clean, linear form mimics the appearance of accidental paint marks or intentional industrial signage, providing a versatile tool for adding character and visual depth to clean, sterile architectural renders without requiring complex geometry.

The download is a 6.1 MB compressed archive with the texture set at 2K with colour, normal and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

To integrate this decal into a rendering workflow, apply the texture as a layered material or stencil within your preferred 3D software. Use the opacity map to mask the base material, ensuring the smear sits correctly on the surface. Adjust the normal map intensity to simulate the slight physical relief of dried paint. For optimal results, layer this decal over existing base materials using a secondary UV channel or projection mapping to achieve precise placement on architectural elements.

Ideal for architectural visualisers and interior designers, this decal enhances realism in projects requiring a weathered or lived-in aesthetic. It is perfectly suited for industrial-style lofts, renovation visualisations, or urban infrastructure scenes. Use it to add authentic character to window glazing, steel claddings, or concrete walls. By layering this smear over clean surfaces, professionals can quickly break up repetitive textures, making glass partitions or warehouse facades appear more realistic and grounded within a broader design context.