Burst pressure testing is a destructive test method used to determine the maximum pressure a component can withstand. For plastic housings, burst pressure testing typically requires a reproducible, precisely controlled pressure ramp to clearly identify the actual burst point. –…
Pressure and Temperature Cycling: The Standard for EV Thermal Management Validation This article was originally published in SENSOR+TEST – Das Innovationsmagazin, May 2026. Read the full article here: SENSOR+TESTMay 2026, p. 106 Electric vehicles place extreme demands on their thermal…
Oil and hydraulic filters are subjected to significant stress during operation. From repeated pressure pulses to sudden spikes in flow, these components must be robust and reliable. Therefore, manufacturers rely on pressure cycle testing and burst testing to validate filter housings and internal…
At Maschinenbau Poppe + Potthoff, we provide cutting-edge test equipment for environmental and mechanical validation of automobile components. This includes parts connected to the cooling circuits, component elements, composite materials, and surrogate plates utilized in passenger vehicles, multi-purpose vehicles, commercial…
Hydrogen (H2) component test systems for research & development Quality Control Pressure Test Stands for Hydrogen Components Quality inspection: In a vehicle, media-carrying components must withstand extreme strains at temperatures ranging from -40° C to +140° C. Poppe + Potthoff…
For a safe flight Automated load tests for media-carrying components and systems Testing systems from Poppe + Potthoff Maschinenbau put fluid systems and components for aerospace applications through tough trials. In service life tests they are subjected to thousands of…
Testing Thermal Management & Liquid-Cooled Cooling Circuits Quality Control Pressure Cycle Testing In a vehicle, media-carrying components must withstand extreme strains at temperatures ranging from -40° C to +140° C. Poppe + Potthoff Maschinenbau develops testing systems to check and…
