EPS-Box 17 l

ADVANCED VIP AND PCM TECHNOLOGY
Slim design based on vacuum insulation panels (VIP) and advanced phase change materials (PCM) leads to a perfect balance between thermal performance and volume weight.

COVERAGE OF VARIOUS TEMPERATURE RANGES
Slim Line thermal packages cover all four common temperature ranges Ambient, Cold, Frozen, as well as use with dry ice. All that is required is to swap out the cooling elements.

CONSISTENT PACKING PROCESS ALL YEAR
The Slim Line is always equipped with the same cooling elements and the same preconditioning for both summer and winter outside temperatures. This reduces errors in the packing process.

THERMAL ROBUSTNESS
The THERMOCON Slim Line multi-use passive thermal packaging features excellent thermal protection. Tested and pre-qualified with the realistic and demanding ISTA temperature profile 7D, and with empty product space for maximum safety. The Thermocon Slim Line maintains the product temperature even with fluctuating external temperatures, e.g. during hot-cold transports.

ADVANCED VIP AND PCM TECHNOLOGY
Slim design based on vacuum insulation panels (VIP) and advanced phase change materials (PCM) leads to a perfect balance between thermal performance and volume weight.

COVERAGE OF VARIOUS TEMPERATURE RANGES
Slim Line thermal packages cover all four common temperature ranges Ambient, Cold, Frozen, as well as use with dry ice. All that is required is to swap out the cooling elements.

CONSISTENT PACKING PROCESS ALL YEAR
The Slim Line is always equipped with the same cooling elements and the same preconditioning for both summer and winter outside temperatures. This reduces errors in the packing process.

THERMAL ROBUSTNESS
The THERMOCON Slim Line multi-use passive thermal packaging features excellent thermal protection. Tested and pre-qualified with the realistic and demanding ISTA temperature profile 7D, and with empty product space for maximum safety. The Thermocon Slim Line maintains the product temperature even with fluctuating external temperatures, e.g. during hot-cold transports.