va-Q-accu

Product description

Phase change materials, also known as latent heat storage materials, absorb heat during melting and release it again during crystallization/freezing. This allows the required storage temperature to be maintained for the duration of transport. Heat or cold entering the transport container is absorbed by the PCM during the phase transition from solid to liquid and vice versa.

Please see the technical product data sheet for more detailed technical information.

Product description

Phase change materials, also known as latent heat storage materials, absorb heat during melting and release it again during crystallization/freezing. This allows the required storage temperature to be maintained for the duration of transport. Heat or cold entering the transport container is absorbed by the PCM during the phase transition from solid to liquid and vice versa.

Please see the technical product data sheet for more detailed technical information.

Technical Data

Name
va-Q-accu -67G
va-Q-accu -50G
va-Q-accu -37G
va-Q-accu -26G
va-Q-accu -21G
va-Q-accu -15G
va-Q-accu -10G
va-Q-accu -03G
va-Q-accu 00G
va-Q-accu +05G
va-Q-accu +18G
va-Q-accu +22G
va-Q-accu +23G
va-Q-accu +37G
Namemelting/freezing rangeuse casesproduct data sheet
va-Q-accu -67G-68 °C to -66 °C
va-Q-accu -50G-51 °C to -49 °C
va-Q-accu -37G-38 °C to -36 °C
va-Q-accu -26G-27 °C to -25 °C
va-Q-accu -21G-21 °C to -19 °C
va-Q-accu -15G-16 °C to -14 °C
va-Q-accu -10G-11 °C to -9 °C
va-Q-accu -03G-10 °C to -1 °C
va-Q-accu 00G-1 °C to +1 °C
va-Q-accu +05G+3 °C to +7 °C
va-Q-accu +18G+17 °C to +19 °C
va-Q-accu +22G+16 °C to +23 °C
va-Q-accu +23G+20 °C to +23 °C
va-Q-accu +37G+32 °C to +38 °C