Our material matrix of well defined low electric loss materials, enables us to offer our customers a multitude of radomes with dedicated layer compositions.
Compared to monolithic radomes, multilayer radomes achieve more bandwidth and a larger scanning range. They achieve high bending stiffness and a higher strength-to-weight ratio, which makes them the radome of choice for many applications. Out of our database we select the appropriate skin (like GFRP or thermoplastic) and the suitable low loss foam core and design and produce the optimized radome for your application.
Read more in the Radome Whitepaper
The material selection for the radome configuration is a critical step in the radome engineering process. It is defined at an early stage of the development and therefore has significant influence on the overall performance. There are multiple possible combinations of candidate materials for skins and cores for sandwich radomes. Given the broad range of possible uses cases like 5G mmWave, satcom, satcom on the move etc. many materials come into consideration when designing a radome. Particularly the skin layer poses high potential for optimization when the deployment site is considered. Radomes used at protected sites may benefit from using lower cost materials at the expense of mechanical strength or lowered RF performance.
A sandwich radome is defined by the permittivity, the thickness of the selected materials and the coating. Because the constituent material layers have significant influence on the transmission efficiency, it is necessary to control their tolerances tightly. Especially the thickness of the foam core of a radome sandwich has significant performance influence and must be controlled tightly. This is accomplished with using MILLIFOAM cores with tolerances in the µm-range. Already early in the radome engineering process we provide flat radome samples, to make sure to meet the essential requirements.
Contact our team to obtain a flat radome sample Request Sample