ABOUT FRIDGE TO GO®
Fridge to Go® is the perfect solution for keeping beverages, lunches, and essentials chilled during outdoor adventures, sports, recreational activities, and commercial applications like medical, pharmaceutical, and food transport. Bridging the gap between traditional cooler bags and mini refrigerators, Fridge to Go® delivers cutting-edge portable cooling technology. Our mission is to provide you—our valued customer—with a reliable, innovative solution that meets both individual and family needs today!
Our Cooling Technology
Fridge-to-Go®: Innovative Portable Cooling Solution
The Fridge-to-Go® is engineered with a sophisticated multi-layer composite design, combining various materials to optimize cooling performance and durability. The structure consists of several distinct layers: an outer fabric for aesthetic appeal and handling comfort, a robust outer protective layer for durability, a high-efficiency insulation layer to minimize thermal loss, a specialized cooling panel layer for sustained cold release, and a moisture-absorbing layer to manage condensation and maintain dryness.The cooling panel, the core of the Fridge-to-Go®, requires a minimum of 10 hours in a freezer to fully recharge. Once charged, it leverages the principles of thermal energy exchange to gradually release cold, effectively chilling beverages such as soda, beer, fresh milk, breast milk, or white wine to their optimal serving temperatures. This controlled cooling process ensures consistent performance without the need for external power sources, making it ideal for on-the-go use.
Energy Transfer Material Comparison
The efficiency of the Fridge-to-Go® cooling panel is influenced by the choice of materials, each with distinct thermal conductivity properties:
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Glass: Offers moderate thermal conductivity but is fragile and heavy, making it less practical for portable cooling applications.
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Metal: Exhibits high thermal conductivity, enabling rapid cold transfer, but may be prone to condensation and weight concerns.
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Plastic: Lightweight and durable, with balanced thermal properties, making it a versatile choice for the cooling panel.
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Paper: Poor thermal conductivity and low durability, unsuitable for effective cold retention or transfer.
By carefully selecting materials like advanced plastics and specialized insulation, Fridge-to-Go® achieves an optimal balance of portability, durability, and cooling efficiency.
Usage Note: Feel free to explore and adapt the Fridge-to-Go® for your cooling needs, whether for personal use, outdoor adventures, or specialized applications like safely storing breast milk or fine wines.