About this asset

This industrial metal grating Substance material for Substance 3D provides a fully procedural, tileable square grid texture. This procedural material simulates industrial-grade metal grating, featuring a precise square grid geometry. The surface exhibits a weathered aesthetic, characterised by darkened metal tones and realistic patches of orange-brown oxidation that suggest exposure to harsh environments. The parametric nature of the graph allows for consistent detail across large surfaces without visible repetition or tiling artefacts. The depth of the grating structure is captured through high-quality PBR data, providing authentic highlights and shadows that react dynamically to scene lighting, making it suitable for both close-up architectural renders and expansive urban infrastructure visualisations.

The download is a 512 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Load the.sbsar file directly into your host application supporting Substance 3D formats. Within the software interface, utilise the exposed parameters to adjust the intensity of the weathering, the scale of the grid, and the reflective properties of the metal surface. Since this is a procedural graph rather than a static bitmap, you can generate textures at varying resolutions to suit specific camera distances, ensuring optimal performance and visual fidelity in your final rendering pipeline.

Ideal for industrial, urban, and landscape design projects, this material is well-suited for walkways, ventilation grilles, fire escapes, and heavy-duty structural platforms. It pairs effectively with concrete, exposed steel, and brick elements in high-tech or brutalist architectural scenes. Professionals often search for this asset when detailing exterior public spaces, mezzanine levels, or technical mezzanine flooring where a robust, weathered metal appearance is required to enhance the realism of the digital environment and convey a sense of material authenticity in technical visualisations.