Charcoal Black Brushed Metal Substance Material

This procedural brushed metal Substance material offers a versatile charcoal black finish for high-end digital material workflows. This procedural material features a refined, dark charcoal black aesthetic with a subtle brushed metal texture. The shader produces a sophisticated, uniform surface appearance that avoids visible tiling patterns, making it suitable for covering large architectural surfaces. Its PBR-ready properties ensure realistic light interaction, with controlled specular highlights that mimic industrial-grade finishes. The material maintains a consistent depth across its surface, providing a clean yet tactile quality that works well for modern interior fittings, furniture hardware, and industrial design elements where a premium, understated metallic look is desired.

The download is a 205 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Designed for use within Substance 3D workflows, this.sbsar file allows users to manipulate parameters such as roughness, metallic intensity, and surface scale directly within their host software. By loading the file into the material graph, designers can adjust the procedural output to match specific lighting environments or project requirements without needing to manage large sets of baked texture maps. This parametric approach provides significant efficiency for rapid iteration in architectural visualisation.

Ideal for architectural visualisation, this material is well-suited for applying to interior metal details, such as door handles, window frames, furniture legs, or custom cabinetry hardware. It integrates seamlessly into modern residential and commercial projects, providing a sleek, contemporary finish that pairs effectively with wood, concrete, or stone surfaces. Professionals seeking a high-quality, adjustable black metal shader will find this asset essential for achieving realistic, professional-grade results across various rendering platforms and design stages.