About this asset

This procedural Substance 3D material generates infinitely tileable hazard-striped adhesive tape for high-fidelity industrial renders. This procedural material provides a highly flexible solution for simulating adhesive hazard tapes. The graph allows for real-time adjustment of stripe colours, width, and orientation, enabling the creation of standard yellow-and-black safety markings, red-and-white site caution tape, or blue-and-white utility markers. The surface properties emulate the semi-gloss finish and slight translucency typical of industrial plastic tapes. As a parametric asset, it ensures that patterns remain consistent across complex geometry without visible seams or repetitive tiling artefacts, making it suitable for detailed close-ups and wide-angle industrial environment visualisations.

The download is a 236 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Users can load this sbsar file directly into any software supporting the Substance engine. Within the host application, adjust parameters such as stripe angle, frequency, and colour values to match specific project requirements. Because the material is resolution-independent, it can be exported to various target resolutions as needed by the render engine. Apply the material to geometry using standard UV mapping, and leverage the built-in PBR channels to control glossiness and surface roughness for realistic light interaction.

This material is essential for construction site visualisations, industrial facility design, and warehouse safety modelling. It is frequently employed to define floor markings, hazard zones, or taped-off areas in architectural walkthroughs and BIM coordination models. Professionals use this asset to quickly add realistic safety details to MEP equipment, structural elements, or temporary site barriers. It pairs effectively with concrete, steel, and asphalt textures, providing a critical visual cue for safety compliance and site management in diverse project stages.