About this asset

Metal Plates Substance 002 is a parametric material for Substance 3D, featuring a modular grid of reflective steel plates. This procedural material presents a structured grid of metal plates, designed with a clean, industrial aesthetic. The surface finish mimics brushed or polished steel, exhibiting realistic specular highlights and subtle edge wear that enhances its metallic depth. The geometry within the material defines a precise, uniform layout of rectangular or square panels, making it suitable for architectural cladding or heavy-duty flooring applications. Because it is a parametric graph, the scale of the plate pattern and the intensity of the metallic reflection can be adjusted dynamically within the software to suit specific project requirements.

The download is a 246 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

As a compiled.sbsar file, this material integrates directly into Substance 3D workflows, allowing for real-time adjustments to pattern density and surface weathering parameters. Professionals can apply this to geometry to generate PBR map sets automatically, ensuring consistent texture resolution and seamless tiling across large surfaces. It is highly efficient for rapid prototyping in architectural visualisation, enabling quick iteration of material finishes without the need for manual UV mapping adjustments or external image editing software.

Ideal for industrial, commercial, and urban design projects, this material serves well for cladding, technical flooring, or modular wall systems. It pairs effectively with exposed structural elements, concrete, and glass in modern interior or exterior environments. Professionals will find it useful when searching for high-quality, procedural metal textures for rendering engine pipelines. Use it to define the character of heavy-duty infrastructure, laboratory spaces, or contemporary facades where a precise, machine-finished metallic look is required to convey durability and technical sophistication.