Yellow and Black Skull Hazard Warning Sign Decal

This weathered yellow and black skull hazard warning sign decal is a 2K PBR texture featuring realistic surface distress. This triangular hazard warning decal features a high-contrast yellow background with a prominent black skull and crossbones icon. The graphic includes clear signs of industrial wear, with scuffed edges and patches of paint loss that reveal a metallic substrate underneath. The design adheres to standard safety signage conventions, with clean, bold lines for the icon and frame. The surface texture suggests a painted metal finish, providing a convincing visual representation of a weathered sign that has been exposed to harsh operational environments or long-term outdoor conditions.

The download is a 9.8 MB compressed archive with the texture set at 2K with colour, normal, roughness, metalness, displacement and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Apply this PBR decal as a texture map within your 3D software to overlay realistic signage on industrial surfaces. The included opacity map ensures the triangular shape is correctly masked against your host geometry. For optimal results, use the normal and displacement maps to capture the subtle relief of the painted edges and surface imperfections. Adjust the roughness values to match the specific metallic or painted substrate of your scene, ensuring the sign integrates naturally into the surrounding lighting environment.

Ideal for industrial, construction, and infrastructure projects, this hazard sign adds necessary visual detail to hazardous zones, storage areas, or machinery. It works effectively in high-realism render setups for factory floors, laboratories, or derelict urban environments. Professionals can use this asset to enhance site safety storytelling or to break up clean surfaces with authentic, aged signage. Pair this decal with concrete or steel wall materials to create a compelling, lived-in aesthetic that conveys immediate context to any architectural or mechanical visualisation.