About this asset

This red and white striped hazard tape PBR decal provides a realistic industrial surface detail for your 3D visualisation projects. This 2K PBR decal features a classic high-visibility red and white striped pattern, commonly used for hazard marking and site safety demarcation. The texture captures the subtle, irregular crinkled surface quality of adhesive tape, providing a realistic finish rather than a sterile, flat graphic. The asset is supplied as a comprehensive texture atlas, including albedo, displacement, normal, roughness, and opacity maps. The inclusion of a dedicated opacity map allows for precise layering over existing surface materials, ensuring the tape sits naturally on floors, walls, or construction equipment models without interfering with the underlying substrate.

The download is a 2.3 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 implement this decal, apply the albedo and normal maps to a secondary mesh or plane slightly offset from your primary surface to prevent Z-fighting. Use the opacity map in the alpha channel slot of your material graph to mask the background, revealing the underlying texture. For enhanced realism in close-ups, connect the displacement map to your material displacement input with a low height scale to simulate the physical thickness and adhesive ridges of the tape.

Ideal for construction site visualisations, industrial warehouse interiors, or architectural renovation scenes, this tape decal adds an authentic layer of detail to project stages involving site safety or ongoing work. It pairs effectively with concrete, asphalt, or metal surfaces to denote restricted areas or hazard zones. Search for this asset when needing to populate realistic construction environments, temporary site demarcations, or utility maintenance areas, ensuring your renderings convey a lived-in, active project atmosphere with minimal geometry overhead.