About this asset

This 2K PBR cork material set provides a realistic, tileable surface finish for architectural rendering and digital visualization. This PBR material captures the organic, granular texture of natural cork, featuring a warm palette of tan and light brown tones. The surface displays the characteristic irregular, compressed bark fragments typical of high-quality cork sheets, offering a tactile and earthy aesthetic. The set includes essential maps: albedo for base colour, normal for surface depth, displacement for structural relief, and roughness for accurate light interaction. With its seamless tiling properties, this material is suitable for covering expansive surfaces without visible repeating patterns, maintaining a consistent and natural appearance across walls, floors, or custom furniture components.

The download is a 23.8 MB compressed archive with the texture set at 2K with colour, normal, roughness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

To utilize this PBR set, load the albedo, roughness, and normal maps into your render engine’s material editor, assigning the displacement map to the appropriate channel for geometric depth. Adjust the tiling parameters within your software to match the desired scale of your surface. Because these maps are calibrated for 2K resolution, they are efficient for mid-to-long range shots, balancing visual fidelity with scene performance in projects using standard PBR workflows.

This cork texture is ideal for projects requiring a warm, sustainable aesthetic, such as modern residential interiors, boutique hospitality spaces, or creative office environments. It works effectively as a wall cladding for acoustic panels, flooring in wellness areas, or as a finish for custom millwork and joinery. Professionals often search for organic, tactile materials to ground minimalist or japandi-inspired designs. Pair this material with soft, neutral tones and natural timber elements to enhance the earthy, grounded quality of the space.