At ETS‑Lindgren, we provide comprehensive security solutions specifically designed to protect against HEMP (High-Altitude Electromagnetic Pulse), EMP (Electromagnetic Pulse), and IEMI (Intentional Electromagnetic Interference) threats. Our shielding systems are engineered to safeguard critical infrastructure from these potentially disruptive and damaging electromagnetic events. We understand the importance of ensuring the integrity and security of your assets in the face of these high-intensity electromagnetic risks, and our solutions are crafted to prevent these events from causing harm or operational disruption.
HEMP, EMP, and IEMI
National security infrastructure must withstand extreme electromagnetic events. ETS‑Lindgren delivers hardened facilities and validation systems to protect defense electronics from HEMP, EMP, and IEMI threats.
Our HEMP, EMP, and IEMI shielding solutions include advanced materials and designs that offer effective protection for a wide range of applications. Whether it’s protecting mission-critical facilities, communication systems, or sensitive equipment, our shielding technologies are built to absorb or redirect electromagnetic energy, ensuring that your systems remain operational and secure even during extreme events. We provide both facility-wide shielding solutions, such as specialized filters and large enclosures, and more localized protections like small rackmount enclosures that can be implemented within existing systems to protect individual devices.
In addition to our robust shielding technologies, we offer a range of consulting and design services to ensure that your HEMP, EMP, and IEMI protection is tailored to meet your specific requirements. Our team works closely with clients to assess vulnerabilities, design effective shielding solutions, and implement them to ensure maximum security. Whether you’re protecting a data center, communication infrastructure, or other critical assets, our solutions help mitigate the risks posed by electromagnetic threats, giving you confidence that your systems will remain protected, secure, and fully operational, no matter the electromagnetic challenges you may face.