RF/Microwave Wearable Devices for Body Armor and Personal Protective Equipment

In this talk, the integration of RF/microwave sensors into personal protective equipment (PPE) will be discussed, with a focus on their applications in monitoring hazardous liquids and gases. These advanced sensors, embedded within the fabric or structure of PPE, offer real-time detection of dangerous substances in industrial and emergency environments. By leveraging the dual functionality of RF and microwave technologies, the sensors enable both continuous monitoring and wireless communication, ensuring that data on potential threats can be quickly transmitted to safety systems or personnel. Additionally, the manufacturing process will be discussed, focusing on the replacement of conventional metal-based structures with conductive polymers to enhance flexibility and comfort. Conductive polymers offer a lightweight, adaptable alternative to metals, making them ideal for wearable applications without compromising performance.