ROGERS CORP

Rogers Corp specializes in the design and manufacturing of high-performance radio frequency and wireless communication components, with a demonstrated focus on radiator and antenna elements for defense applications. Their technical expertise lies in precision electromagnetic components used in radar, satellite, and tactical communication systems, leveraging advanced dielectric materials and thermal management solutions to ensure signal integrity under extreme environmental conditions. The company’s specialization in antenna radiator fabrication indicates deep proficiency in RF engineering, impedance matching, and miniaturized antenna architectures critical for military-grade wireless systems, with an emphasis on reliability in high-vibration, high-temperature operational environments. Rogers Corp maintains a consistent relationship with the Department of Defense, delivering mission-critical RF components that support airborne, ground, and naval communication platforms. Their work centers on supplying specialized antenna subsystems tailored to secure, high-bandwidth military communications, suggesting close collaboration with defense systems integrators and procurement offices focused on electronic warfare and tactical networking. The contractor’s primary industry focus is on NAICS 334220, which encompasses the manufacturing of broadcasting and wireless communications equipment, particularly components integral to defense and aerospace radio systems. This positions Rogers Corp within the niche segment of RF hardware suppliers serving national security infrastructure, where material science and signal performance are paramount. As a 2L entity headquartered in Chandler, Arizona, Rogers Corp operates as a mid-tier manufacturer with no public certifications on record. Their geographic presence in a major U.S. defense technology corridor supports proximity to DoD supply chains and aerospace partners. The company’s market positioning is that of a specialized component supplier, prioritizing technical precision and performance over broad-scale systems integration.