About this asset

This 2K PBR perforated metal material features a bright yellow finish and a regular square grid pattern for architectural use. This PBR material set provides a realistic representation of a perforated metal sheet, characterized by a uniform square grid layout. The surface exhibits a vibrant yellow powder-coated finish with subtle signs of wear and surface imperfections that enhance its visual authenticity. The geometry of the perforations is clean and precise, making it suitable for architectural applications where a high degree of technical detail is required. The set includes essential PBR maps—albedo, displacement, normal, roughness, opacity, and metalness—to ensure accurate light interaction and depth when applied to surfaces in your 3D environment.

The download is a 14.8 MB compressed archive with the texture set at 2K with colour, normal, roughness, metalness, displacement and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Utilise this 2K texture set by applying the maps to your preferred render engine's standard or PBR material nodes. The opacity map is critical for rendering the perforated holes correctly. Because it is designed to be tileable, you can easily scale the UV mapping to match the desired density of the grid across large surfaces like building facades, industrial partitions, or custom furniture components without encountering visible seams or repetitive tiling artefacts.

Ideal for industrial, urban, and modern architectural projects, this material is well-suited for exterior facades, ventilation louvres, security screening, and contemporary interior design accents. It pairs effectively with raw concrete, steel structural elements, or glass, providing a bold pop of colour and texture. Professionals often search for this asset when detailing high-tech or industrial-style environments, looking for specific metal finishes that add realism to technical drawings, facade cladding studies, and high-fidelity architectural visualisations where material depth is essential.