⚠️ IMPORTANT PURCHASE NOTE
This product contains the four materials (Liquid Metal, Iridescent Glass, Wax, and Walnut) ONLY. The indicative renders of mesh-based assets are for demonstration purposes and are NOT INCLUDED.

OVERVIEW
These four materials (Liquid Metal, Iridescent Glass, Wax, and Walnut) are 100% procedural through Blender's shader node system. They are engineered specifically to remain lightweight (for render performance) while providing enough surface detail (for close-up shots).
As the materials are generated mathematically within Blender, there are zero external image textures to load, unpack, or manage.

FEATURES
-> Dynamic Lighting Response: Flat/studio lighting creates a clean, uniform finish (suitable for stylised rendering), whereas contrasted/low-angle lighting will highlight the surface details (suitable for realistic rendering).
-> Surface Details: 
     -> Liquid Metal: Mottled surface displacement as well as anisotropy to simulate an oxide skin.
     -> Iridescent Glass: Coloured refraction on curved surfaces, as well as minor blemishes to simulate wear.
     -> Wax: Indentation combined with roughness variation and wear to simulate cracked surface expansion.
     -> Walnut: Organic wood grain structures combined with roughness variation and wear to simulate chipped varnish.

INTERFACE
-> Asset-Browser Compatible: Instant drag-and-drop access within any project.
-> Control Nodes: Custom control node groups expose clear sliders for major parameters (such as scale).
-> Unrestricted Access: The original node trees remains fully accessible for advanced structural modifications.

CONTENTS
-> 1x .blend file: Contains the four procedural materials applied to pre-lit studio spheres for initial viewing.
-> 1x .txt setup file: A step-by-step guide outlining Asset Browser usage in conjunction with this product.

TECHNICAL SPECIFICATIONS
-> Compatibility: Blender 5.2+ (Legacy versions are untested; compatibility cannot be guaranteed).
-> Render Engines: Optimised for Cycles.
-> File size: 625.5 KiB (approx. 640.5 KB).