
This seamless PBR texture set features the papery, weathered bark of a Chinese Hackberry tree, complete with natural lichen patches. This PBR material set captures the distinct, smooth yet papery texture of Chinese Hackberry bark. The surface is defined by subtle, elongated peelings and organic fissures, punctuated by sporadic, light-grey lichen clusters that provide a realistic, weathered finish. The colour palette leans into muted, earthy brown tones with cool grey highlights, mimicking the natural appearance of aged timber. Provided at 2K resolution, the set includes albedo, ambient occlusion, displacement, and multiple normal map variants, along with packed ARM and roughness maps, ensuring high-fidelity rendering for complex botanical or exterior architectural scenes.
The download is a 108 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.
Integrate this material into your workflow by applying the maps to a cylindrical or organic mesh surface representing tree trunks. The displacement and normal maps are essential for capturing the fine, papery detail of the bark, while the roughness and ARM maps define the semi-matte, organic light response. Because the texture is tileable and scanned at a 1.8m scale, it maintains consistent detail across larger landscape elements. Use the provided.blend or.gltf files for rapid implementation in standard PBR-compliant rendering engines.
Chinese Hackberry Bark PBR Texture Set
Free
It pairs well with other organic assets, such as mossy ground covers or forest floor debris. Architects and visualisers will find this asset useful for adding hyper-realistic detail to tree models in the concept or final presentation stages of a project. Search for this material when you need authentic, weathered wood surfaces for naturalistic, botanical-heavy 3D environments.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.