Red and Blue Diagonal Hazard Warning Decal

This 2K PBR hazard warning decal features a weathered red and blue diagonal stripe pattern suitable for industrial visualisations. This PBR decal features a high-contrast diagonal stripe pattern, alternating between vibrant red and light blue bands, intersected by solid black horizontal lines. The surface texture exhibits subtle wear and scuffing, providing a realistic, aged appearance suitable for industrial environments. The material includes a comprehensive map set comprising albedo, displacement, normal, roughness, and opacity, ensuring precise interaction with light and shadow. The texture is designed to be tileable, allowing for consistent application across larger surfaces such as safety barriers, machinery, or warehouse floor plates without visible seams or repetitive patterns.

The download is a 7.5 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.

Apply this decal as a secondary material layer or texture mask in your chosen render engine. The included PBR maps allow for precise control over surface reflections and relief. Use the opacity map to isolate the striped pattern from its background during material blending. For optimal results in large-scale scenes, adjust the UV tiling coordinates to align the diagonal stripes with the geometry of your structural elements or equipment models.

Ideal for adding authenticity to industrial, warehouse, or construction site scenes, this decal works effectively on heavy machinery, safety bollards, and hazard demarcations. It pairs well with concrete, rusted metal, and worn timber textures to enhance the grit of a project. Professionals searching for industrial safety markings, hazard warning textures, or weathered site-safety assets will find this useful for site-planning and high-fidelity architectural rendering, particularly when detailing high-traffic zones or restricted areas in technical building models.