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Anonymous1772153072
03-05 23:39
Model Name
cooling sleeve 3d model
Tags
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
thermal
Prompt
Ultra realistic scientific 3D engineering cutaway render of a portable passive evaporative cooling system for beverages, science fair winning prototype level, extremely detailed. The system is NOT a bottle container. It is a UNIVERSAL cooling sleeve device. Show a vertical cross-section view with all layers visible. CENTER: - A standard 500ml PET beverage bottle filled with water. - Bottle must be floating inside the system and NOT attached to any structure. INNER THERMAL STRUCTURE: - 1.5 cm to 2 cm air gap surrounding the bottle. - Air space must look transparent and realistic. EVAPORATIVE COOLING LAYER (MOST IMPORTANT PART): - Wet cotton flannel fabric wrapped around the inner cylinder wall. - Fabric must look damp with visible water droplets. - Inside the fabric show hydrated superabsorbent polymer gel particles embedded in fibers. - Gel must look translucent, shiny, and swollen with water. THERMAL SUPPORT STRUCTURE: - Recycled cardboard or plastic cylinder tube structure. - Slight handmade science prototype construction look. REFLECTION AND HEAT PROTECTION LAYER: - Exterior surface partially covered with smooth aluminum foil. - Aluminum must look reflective, slightly wrinkled, but not fully sealed. VENTILATION SYSTEM (CRITICAL FOR FUNCTION): - Small circular ventilation holes at top and bottom of the cylinder. - Show very subtle airflow using transparent vapor motion effects. EXTERIOR PROTECTION: - Optional recycled fabric cover (denim or cloth texture). - Looks like protective portable sleeve. BASE STRUCTURE: - Stable flat base made of recycled cardboard or plastic. PHYSICS EFFECTS: - Visible water vapor evaporation mist near the fabric. - Very subtle airflow movement. - No text, no labels, no arrows. MATERIAL TEXTURES: - Realistic PET plastic transparency - Wet fabric physics realism - Metallic reflective aluminum - Semi transparent hydrated gel LIGHTING AND STYLE: - Ultra realistic laboratory scientific lighting - White clean background - Academic engineering presentation style - High resolution, photorealistic prototype rendering.
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Anonymous1772153072
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