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Insulated 3D Models

Find the best Insulated 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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create a cooler bag in polyester fabric size 30cm width, 25 cm high, 10cm depth, with pockets on the side, with two handles made of woven tape, zipper on the top to close the cooler, also all the walls are insulated with 1cm foam and inside covered with a waterproof fabric lining
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Anonymous1773243159
房间结构： 3×3×3米立方体保温房间 5面墙体采用0.1米厚聚氨酯保温板，要显示整体房间结构 单开门尺寸：0.8×2米 内部设备： 侧面一张装饰板上：2×2×0.5米，装饰板上均匀布置，9个黑色方形灯， 装饰板共3排每排3个灯。 顶部蒸发器：2×0.5×0.5米，横向带3个对流风扇 房间内角落：一台加湿器(0.3×0.3×0.3米) 旁边挨着除湿机(0.5×0.3×1米) 房间其它面没有东西，就是白色墙面 外部设备,设备在房间外： 办公桌：1.5×0.6×0.8米（距墙0.5米），配备笔记本电脑 空调室外机，设备在房间外，不跟办公桌挨着：1.5×0.8×1.5米（距另一侧墙0.5米）
Anonymous1773218437
房间结构： 3×3×3米立方体保温房间 5面墙体采用0.1米厚聚氨酯保温板（银色金属质感） 单开门尺寸：0.8×2米 内部设备： 侧面装饰板：2×2×0.5米，9个均匀分布的圆形灯 顶部蒸发器：2×0.5×0.5米，带3个对流风扇 东南角落：加湿器(0.3×0.3×0.3米) + 除湿机(0.5×0.3×1米) 外部设备： 办公桌：1.5×0.6×0.8米（距墙0.5米），配备笔记本电脑 空调室外机：1.5×0.8×1.5米（距另一侧墙0.5米）
Anonymous1773218437
Architectural 3D visualization of an insulated cold storage room 【Room Structure】 - Cube room: 3m x 3m x 3m interior dimensions - 5 walls with 0.1m thick polyurethane insulation panels (excluding floor) - White/silver metallic insulation panel texture - Single insulated door: 0.8m wide x 2m high 【Interior Equipment】 - Decorative wall panel: 2m x 2m x 0.5m with 9 evenly distributed lights/vents - Evaporator unit (ceiling): 2m x 0.5m x 0.5m with 3 convection fans on one side - Humidifier (corner): 0.3m x 0.3m x 0.3m - Dehumidifier (corner): 0.5m x 0.3m x 1m 【Exterior Equipment】 - Office desk: 1.5m x 0.6m x 0.8m with laptop computer - AC outdoor unit: 1.5m x 0.8m x 1.5m 【Render Style】 - Photorealistic architectural visualization - Proper lighting and shadows - Technical/industrial style - Output format: OBJ/GLB with textures - High polygon count for detail
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Anonymous1769096983
Create a highly detailed 3D interior model of a sustainable evaporative cooling storage unit inside a 20-foot shipping container. The interior should appear clean, organized, and engineered for agricultural produce storage. Use smooth insulated wall panels in matte white or light gray and a dark gray anti-slip floor suitable for humid conditions. Install modular metal shelving units along both side walls, leaving a central walkway about 1 meter wide for easy movement. Shelves should hold ventilated plastic produce crates in green, blue, and orange filled with fruits and vegetables. Include ventilation openings along the inner walls connected to the evaporative cooling cavity to allow cool air circulation. Mount digital temperature and humidity sensors on the wall connected to a small monitoring control panel near the entrance. Show a digital display with environmental readings and neat wiring conduits along the wall. Add LED strip lighting along the ceiling and small airflow vents.
Anonymous1772978101
Create a highly detailed 3D interior model of a sustainable evaporative cooling storage unit inside a 20-foot shipping container. The interior should appear clean, organized, and engineered for agricultural produce storage. Use smooth insulated wall panels in matte white or light gray to maintain a hygienic environment and reflect light. The floor should be dark gray anti-slip rubber or epoxy coating suitable for wet environments. Install modular metal shelving units along both side walls, leaving a central walkway about 1 meter wide for easy movement and loading. Shelves should hold ventilated plastic produce crates filled with fruits and vegetables in green, blue, and orange crates to represent different crops. Along the inner walls, include ventilation openings connected to the evaporative cooling cavity, allowing cool air from the charcoal cooling walls to enter the storage chamber. Mount digital temperature and humidity sensors on the interior wall, connected to a small monitor
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full-body
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A high-resolution cross-section technical rendering of the smart PCM tumbler. The camera is positioned at a 45-degree side angle, showing the interior clearly. Central Barrier: A thick V-shaped insulated partition dividing the space into two chambers. Triple-Layer Insulation: Zoom in on the divider wall showing a 'Stainless Steel - PCM - Vacuum Gap - PCM - Stainless Steel' sandwich structure. Visual Cues: The left chamber is filled with steaming amber coffee, the right chamber with icy blue water. Thermal Flow: Tiny glowing particles (orange and blue) inside the walls represent the active Phase Change Material absorbing and releasing latent heat. Aesthetic: Clean laboratory style, white background, cinematic lighting to highlight the metallic textures and the liquid surfaces.
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