Patrik Widstrand
Norway, Denmark & Marine applications
Tel: +46 70-564 82 20
ReZorb™ S is an innovative elastomer absorber that combines advanced material properties with a three-dimensional surface structure to deliver outstanding reflectivity control in mmWave applications. The silicone-based material is specifically engineered for the 60 to 90 GHz frequency range and provides a robust, compact alternative to conventional foam absorbers. By combining engineered absorption characteristics with a textured surface profile, ReZorb™ S effectively reduces electromagnetic reflections across a wide range of angles of incidence.
Designed to improve signal accuracy and reduce electromagnetic interference (EMI), ReZorb™ S helps engineers optimise the performance of modern high-frequency systems. Its elastomer construction provides excellent durability and environmental robustness, making it suitable for demanding operating conditions. The product is particularly well suited for next-generation mmWave applications in datacom, telecommunications, industrial systems, automotive electronics, aerospace and defence equipment.
ReZorb™ S is an innovative elastomer absorber that combines advanced material properties with a three-dimensional surface structure to deliver outstanding reflectivity control in mmWave applications. The silicone-based material is specifically engineered for the 60 to 90 GHz frequency range and provides a robust, compact alternative to conventional foam absorbers. By combining engineered absorption characteristics with a textured surface profile, ReZorb™ S effectively reduces electromagnetic reflections across a wide range of angles of incidence.
Designed to improve signal accuracy and reduce electromagnetic interference (EMI), ReZorb™ S helps engineers optimise the performance of modern high-frequency systems. Its elastomer construction provides excellent durability and environmental robustness, making it suitable for demanding operating conditions. The product is particularly well suited for next-generation mmWave applications in datacom, telecommunications, industrial systems, automotive electronics, aerospace and defence equipment.