About this asset

This seamless 2K PBR texture features a green coated diamond wire mesh, ideal for realistic industrial or landscape rendering. The texture represents a standard diamond-pattern wire mesh, commonly used for perimeter fencing or safety netting. The material features a consistent dark green coating over thin metal wire, creating a clean, uniform look. The diamond weave is symmetrical and precise, suitable for covering large surfaces without visible distortion. Included maps facilitate realistic light interaction, with opacity maps ensuring the negative space between wires remains transparent. The overall aesthetic is functional and utilitarian, reflecting typical polymer-coated steel fencing found in urban and rural environments. Its high-resolution output ensures clarity even at close range.

The download is a 17.5 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.

Apply this PBR material by assigning the albedo, normal, and displacement maps to your material editor's respective channels. Use the opacity map in the transparency or alpha slot to define the voids in the mesh. Because the texture is tileable in both axes, it is straightforward to scale across long fence runs or large enclosure surfaces. Ensure your UV mapping is set to a realistic scale to maintain the correct proportions of the diamond weave.

This asset is essential for exterior visualisation projects, including residential garden boundaries, industrial site perimeters, or sports facility enclosures. It pairs effectively with concrete posts, steel structural framing, or natural landscape vegetation. Professionals working on urban design or site planning will find this texture useful for adding detail to site plans and 3D environment models. Search for this material when you need a robust, realistic fencing solution that integrates seamlessly into complex outdoor scenes without taxing your rendering engine.