Realistic Procedural White Birch Bark Material Texture

This high-quality Realistic Procedural White Birch Bark Material is crafted to deliver maximum realism and flexibility for any professional 3D environment. Inspired by the natural textures of white birch trees, this material has been meticulously created in Blender v4.2.2, using the Cycles render engine to ensure lifelike results without the need for external image textures. Whether you're building realistic forest environments, game levels, or detailed architectural scenes, this material offers procedural power and visual accuracy in one complete package.

1. 100% Procedural MaterialThis material is generated procedurally, meaning you get infinite variation without visible tiling or repetition. It's ideal for large surfaces like tree trunks, natural walls, or organic assets. Procedural design allows you to adjust pattern density, scale, and direction with ease, right inside your shader editor.

2. Photorealistic DetailingThe birch bark includes subtle height variations, surface cracks, and natural color inconsistencies that make it visually convincing. Tiny pores and natural damage give it a weathered, true-to-life look. Perfect for use in both stylized and realistic scenes.

3. Customizable ColorsYou can easily tweak the shader node values to change bark tones, contrast, or weathering level. Adapt the material to suit different types of birch trees or stylistic requirements of your scene.

4. PBR Ready for Maximum RealismThis material is compatible with Physically-Based Rendering pipelines. It supports accurate light interaction, using key texture channels such as Normal, Roughness, Height, and Ambient Occlusion for best results in various lighting setups.

5. Low-Poly, Optimized Mesh

• Vertices: 512
• Polygons: 544Despite its high visual fidelity, the geometry is extremely light and optimized for real-time use in games or interactive scenes. This keeps your workflow fast and efficient, even in complex projects.

6. Seamless and TileableDesigned for large area applications, the texture wraps cleanly without visible seams. Ideal for covering cylindrical or organic surfaces like tree trunks and branches.

7. UV Unwrapped and CleanThe model is UV unwrapped with non-overlapping UV islands, making it ready for seamless texture application and baking. No cleanup or adjustment is necessary after importing into your scene.

8. Separated Geometry and Editable StructureAll parts of the material setup and mesh are separated logically. This gives you full control if you want to isolate elements or swap out parts for more complex setups.

9. HDRI Lighting SetupThe rendered preview is set up using an HDRI lighting environment to provide natural and accurate reflections. This setup allows you to visualize the material in real-world conditions before applying it to your own projects.

10. Multiple Export FormatsFor flexibility across different workflows and software, the model is exported in all major formats:

• .blend (native format)
• .fbx
• .obj
• .stlThis makes it compatible with Blender, Maya, Unity, Unreal Engine, 3ds Max, and other popular tools.

• Realistic forest and woodland environments
• Game-ready nature assets
• Architectural visualization of outdoor spaces
• Organic wall or floor textures
• 3D printing natural sculptures or bark-based assets
• Product visualization with nature-themed designs

• Software Used: Blender v4.2.2
• Render Engine: Cycles
• Material Type: Procedural
• Texture Workflow: PBR (Physically-Based Rendering)
• Lighting Setup: HDRI
• Vertices: 512
• Polygons: 544
• UVs: Unwrapped, Non-overlapping
• Formats Included: .blend, .fbx, .obj, .stl

You are free to use this asset in commercial and non-commercial projects. Attribution is not required, but highly appreciated. For extended commercial use (like reselling as part of another asset pack), please refer to the extended license option.

Upgrade your nature scenes with this professional-grade Procedural Birch Bark Material. Download now to achieve high realism, flexibility, and performance in your next project.