About this asset

This 2K seamless PBR steel wire mesh material features heavy rust detailing and is suitable for industrial and landscape design. This PBR material set reproduces a heavy-duty, woven steel wire mesh with significant surface corrosion. The texture displays a distinct grid pattern of thick, crimped wires finished with a deep, dark brown and black rusted patina. The visual depth is enhanced by the included displacement and normal maps, which define the physical profile of the woven intersections and the rugged, uneven surface of the aged metal. It is designed to represent a standard industrial mesh, providing an authentic, weathered aesthetic that is essential for depicting aged infrastructure or secure perimeter fencing in architectural visualizations.

The download is an 18.3 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.

To implement this material, apply the albedo, roughness, and normal maps to your renderer's standard PBR shader node. Use the displacement map in the displacement channel to achieve realistic surface relief at the wire intersections. Ensure the UV scale is set to 950mm by 950mm to maintain the intended physical dimensions. Because the texture is tileable in both axes, it can be applied to large surfaces without visible seams, making it ideal for continuous fencing or industrial screening elements.

This material is well-suited for industrial, urban, and landscape projects requiring detailed, weathered elements. It is effective for rendering secure storage areas, construction site hoardings, or aged metal balustrades in renovation projects. Professionals often employ this texture to add grit and realism to exterior scenes, pairing it with concrete or weathered brick to reinforce an industrial aesthetic. It is a reliable asset for visualizers needing to quickly populate complex, large-scale outdoor environments with high-fidelity, physically based metal surfaces that maintain consistent scale and detail.