Our measurement technologies includes a wide range of different measurement methods and devices. Our core competencies are investigations of thermal nature. This includes thermal properties as well as the endurance and aging of electronic components and materials. In addition to the thermal characterization of substances, we also offer electrical investigations and special measurement solutions for specific problems.
Overview of the measurement methods:
Characterization of physical properties
The determination of thermal properties is part of our standard repertoire. In addition to thermal substance characterization, we also offer a large number of other investigations. The ZFW has a large number of modern, high-precision test systems available for the tests.
Thermal conductivity λ
TIM tester: Thermal Interface Materials (TIMs), adhesives, adhesive tapes, IMS materials, solids, composite materials, etc.
An important property for thermal interface materials is their resistance against aging effects. For this purpose, the ZFW has a large number of examination options in order to investigate endurance tests, including specially developed methods:
Life cycle and aging analysis of electronic components
With the help of the power tester, precise endurance predictions can be made for entire electronic systems or components. For this purpose, the systems and components are subjected to a cyclical, electrical load.
Cooling with a liquid medium is often used to remove large heat flows. For this purpose, the ZFW's heat sink test bench offers the possibility of precisely determining the cooling performance and the prevailing pressure loss.
For the thermal characterization of a wide variety of materials, the ZFW has a large number of modern and high-precision measuring systems and systems at its disposal: