Enhance your 3D renders with this high-quality procedural white marble shader, designed exclusively in Blender 4.0.2 using the Cycles render engine. This shader replicates the natural elegance of polished marble while offering complete customization without the need for external textures. Perfect for architectural visualization, product rendering, game assets, interior design, and decorative elements, this material delivers both realism and flexibility.

Key Features & Benefits:

• 100% Procedural Design: No external image textures required.
• Unlimited resolution scalability – zoom in without pixelation or quality loss.
• Easily adjustable parameters for color variation, brightness, contrast, and vein intensity.
• Works seamlessly under multiple lighting conditions.

Realistic Marble Look:

• Smooth white marble surface with naturally flowing black veins.
• Physically accurate reflections and realistic surface response.
• Ideal for floors, countertops, walls, columns, sculptures, and decorative pieces.

Blender 4.0.2 Shader Setup:

• Created entirely in Blender using the Cycles render engine.
• Fully procedural nodes allow for extreme flexibility and customization.
• Compatible with Cycles and Eevee for real-time or offline rendering.

Technical Specifications:

• Vertices: 7,936
• Polygons: 7,936
• Geometry: Polygon mesh (clean, non-manifold free)
• UV Mapping: Not required (procedural workflow)

Included File Formats:

• .blend – Fully editable procedural node setup.
• .fbx / .obj / .stl – For universal compatibility across software.

Use Cases:

• Architectural renders (luxury interiors, countertops, floors)
• Product visualization for marble-based designs
• Game asset environments & cinematic scenes
• Decorative prop rendering for advertising and marketing

Why Choose This Material:This shader offers a premium, tileable, and fully procedural white marble design for both professional and personal use. Whether you are creating architectural masterpieces or realistic game environments, this material ensures photorealistic results with unmatched flexibility.