Increasing the thermal conductivity of a polypropylene by adding carbon black and determining the anisotropic thermal conductivity properties using the hot disc method

Hot Disk thermal conductivity meter: Hot Disk M1Hot Disk Thermal Conductivity Meter: Hot Disk TPS 1500Hot Disk Thermal Conductivity Meter: Hot Disk TPS 2200Hot Disk Thermal Conductivity Meter: Hot Disk TPS 2500SHot Disk Thermal Conductivity Meter: Hot Disk TPS 3500Hot Disk thermal conductivity meter: Hot Disk TPS 500Hot Disk Thermal Conductivity Meter: Hot Disk TPS 500S

Thermophysical properties such as thermal conductivity can be influenced by adding fillers to polymers. In this application note, the influence of carbon black on the thermal conductivity of a polypropylene was determined. The hot disc method used can also be used to investigate the directional dependence (anisotropy) of the thermal conductivity induced by the manufacturing process.

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