Scratched Polished Steel Substance Material

This procedural Substance material for Substance 3D provides a highly realistic, tileable scratched polished steel surface. This procedural material reproduces the nuanced finish of weathered, polished steel. The surface features a high-gloss base with intricate, non-repeating scratch patterns and subtle surface imperfections that simulate realistic wear. The visual depth is achieved through a sophisticated PBR workflow, balancing reflective highlights with fine-grained surface degradation. By adjusting the internal parameters, users can modify the intensity of the scratches or the overall reflectivity of the metal, allowing for precise control over the level of aging. It is a versatile, high-fidelity asset that maintains detail at various scales.

The download is a 379 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

As a native.sbsar file, this material is designed for seamless integration into Substance 3D workflows. Users can load the file directly into the material graph to expose parameters for real-time adjustment of scratch density and surface roughness. The asset is fully tileable and resolution-independent, ensuring high-quality output without visible seams. It functions as a complete PBR material set, including base color, metallic, roughness, and normal maps, which can be exported for use in standard industry renderers.

This material is ideal for industrial design, high-end interior visualizations, and architectural rendering where metallic surfaces require a tactile, lived-in quality. It works effectively on modern kitchen appliances, bespoke furniture hardware, architectural cladding, or detailed mechanical components. Professionals will find it useful for adding grit and realism to clean contemporary environments or for defining the character of rough industrial spaces. It pairs well with concrete, dark timber, and glass, providing a sharp, reflective contrast to more matte, organic materials in a scene.