Get Your Freezing Element –21°c – For Isothermal Roll Container 40780 – 595x316x35mm Price Crushed By 40% [eJN04qO3]

Freezing Element for Isothermal Roll Container

The Get Your Freezing Element –21°c – For Isothermal Roll Container 40780 – 595x316x35mm Price Crushed By 40% [eJN04qO3] is a cutting-edge cooling solution designed to ensure the integrity and freshness of temperature-sensitive goods during storage and transport. This eutectic freezing element stands out for its energy-efficient passive cooling, making it an ideal choice for a wide range of industries including food distribution, pharmaceuticals, and cold chain logistics.

Technical Specifications and Features

Engineered with precision, this freezing element operates at a starting temperature of -21°C, providing a stable and consistent cold environment. With a latent capacity of 297 kCal, it offers an impressive 595x316x35mm of compact dimensions and weighs just 5.4kg, making it both portable and highly efficient. The element is compatible with the Isothermal Roll Container, ensuring seamless integration into existing systems. Key features include its weight, dimensions, starting temperature, latent capacity, and compatibility, making it a versatile solution for various applications.

Applications and Benefits

Ideal for frozen or perishable goods, this eutectic freezing element is a game-changer in cold chain logistics. Its benefits are numerous, from reliable freezing without active cooling systems to preventing product dehydration and extending shelf life. It operates independently once charged, offering flexibility and cost-effectiveness. Targeted applications include frozen food logistics, temperature-sensitive pharmaceutical transport, last-mile cold chain distribution, and catering and refrigerated retail. With a recharge time of 6 to 24 hours (depending on the freezing unit's temperature), this element is designed to maintain your cargo frozen, safe, and compliant during transport, making it a trusted addition to your isothermal container system.