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U8Pro Aerospace Grade Vacuum Insulated Cooler, 30QT, Camping Coolers with Beipcm, Keep 10 Days, Ideal Choice for Camping, Exploration and Sports Events
Sale price
$399.99
Regular price
$1,200.00
- 10 Day Long Lasting Thermal Insulation: Featuring advanced aerospace-grade vacuum insulation material and optional BeiPCM temperature control components, it can achieve an ultra-long thermal insulation period of up to 10 days. Note: According to the actual heat preservation time requirement, match the appropriate BeiPCM phase change material. Thermal insulation experimental data is sourced from Vanis Laboratory.
- No Need for Electricity, Long Battery Life: Unlike traditional devices such as refrigerators and air conditioners that require plugging in to function, BeiPCM can "store cold" or "heat" on its own without the need for electricity. Note: The product comes with a -2°C BeiPCM temperature control component.
- Ultimate Lightweight Design: By utilizing advanced aerospace-grade vacuum insulation material, it achieves an exceptionally lightweight construction while ensuring superior thermal insulation performance. The wall thickness is reduced by 43.5%, internal capacity is increased by 40.5%, and overall weight is reduced by 37.5% compared to similar products, perfectly balancing powerful thermal insulation with light, portable convenience.
- 30QT Large Capacity Storage: The 30QT cooler has a large internal capacity, capable of holding about 60 cans of beverages. Note: Without ice, it can hold approximately 60 cans of 330ml soda or 24 bottles of 550ml mineral water.
- Design Aesthetics: Featuring a streamlined integrated design with a matte-textured exterior, it feels delicate to the touch while being scratch-resistant and durable. The simple contour lines, accented with a splash of vibrant orange radiates vitality, allowing time to pass by consistently, refreshing the shelf life of beauty.
- Green and Low-Carbon: Utilizing eco-friendly design and aerospace-grade vacuum insulation materials, and energy-saving, recyclable BeiPCM phase change materials, significantly reducing resource consumption and carbon emissions, aiming to achieve a balance between environmental friendliness and sustainable development in end-use.