What Is the Future of Cold Chain Logistics?

The answer is clear: lighter, thinner, and more stable.

Insulated boxes on a conveyor belt in a cold chain logistics facility

With the rapid growth of pharmaceutical cold chain and fresh food logistics, the market is placing higher and higher demands on insulated boxes.

Traditional PU foam insulated boxes can no longer meet those needs. SuperCooler’s self-developed fumed silica vacuum insulation panels (fumed silica VIP panels) are leading the upgrade of cold chain insulated boxes.

Lighter: SuperCooler fumed silica VIP panels use an inorganic nanoscale fumed silica core material. They offer low density, lighter box weight, and reduced transportation energy consumption.

Thinner: With a thermal conductivity of ≤0.0045 W/(m·K), they require only 1/5 to 1/10 the thickness of traditional materials for the same insulation performance, greatly reducing box thickness.

Colder: Their insulation performance is more than 5 times that of PU foam, with cold retention lasting over 72 hours (temperature range and retention time customizable), easily handling long-distance transport.

More Stable: Silicon carbide opacifier blocks thermal radiation, high-vacuum encapsulation eliminates convection, and they adapt to a wide temperature range with stable performance in extreme environments.

Our fumed silica vacuum insulation panels are not just insulation material—they are a key piece of the cold chain logistics transition toward greater efficiency and sustainability.