Applications
Engineering Solutions for Critical Industries and High-Performance Facilities
Every project presents its own electromagnetic challenges.
Critical infrastructure, data centres, research laboratories, defence facilities and specialist medical environments differ significantly in their operational objectives, electromagnetic exposure and required level of protection.
Selecting the appropriate Structural Electromagnetic Shielding system depends on numerous engineering considerations, including the nature of the electromagnetic environment, the required Shielding Effectiveness (SE), the relevant frequency spectrum, operational continuity requirements and the function of the facility itself.
For this reason, no single shielding solution is suitable for every application.
Every HEWEX® system is engineered to address the specific operational and technical requirements of the project.
Critical Infrastructure
Critical infrastructure supports essential national services, including energy, telecommunications, transportation, public administration and other strategic sectors. The uninterrupted operation of these facilities depends on the reliability of increasingly complex electronic and communication systems. Structural Electromagnetic Shielding contributes to infrastructure resilience by reducing the impact of electromagnetic interference and supporting the long-term reliability of mission-critical systems.
Data Centres
Modern data centres form the foundation of cloud computing, digital services and enterprise information systems. High equipment density, continuous operation and the growing importance of data security require carefully engineered electromagnetic environments. Structural Electromagnetic Shielding helps maintain operational continuity by reducing electromagnetic interference that could affect servers, networking equipment and other critical IT infrastructure.
Telecommunications
Telecommunications infrastructure enables the transmission of information across modern communication networks. As network complexity continues to increase, protecting sensitive electronic systems from electromagnetic interference becomes an increasingly important engineering consideration. Electromagnetic shielding supports reliable communications, stable network performance and the secure transmission of information across critical telecommunications infrastructure.
Research Laboratories
Research and testing laboratories depend on stable electromagnetic conditions to ensure the accuracy and repeatability of measurements. External electromagnetic interference can compromise experimental results, affect sensitive instrumentation and reduce measurement reliability. Structural Electromagnetic Shielding creates controlled electromagnetic environments that support precision testing, scientific research and advanced engineering development.
Defence and Military Facilities
Defence infrastructure operates under some of the most demanding security and operational requirements. Command systems, communications equipment and mission-critical electronic infrastructure must maintain reliable performance under challenging electromagnetic conditions. Structural Electromagnetic Shielding forms part of an integrated protection strategy designed to support operational continuity, information security and infrastructure resilience.
Healthcare Facilities
Modern healthcare increasingly depends on sophisticated diagnostic and therapeutic equipment whose performance requires carefully controlled electromagnetic conditions. Hospitals, imaging centres, radiotherapy departments and nuclear medicine facilities benefit from electromagnetic environments that minimise interference with sensitive medical systems. Structural Electromagnetic Shielding contributes to the reliability of medical equipment while supporting the safe and uninterrupted delivery of healthcare services.
Industrial Facilities
Today's manufacturing environments rely extensively on automation, digital control systems and interconnected electronic infrastructure. Electromagnetic interference can affect production efficiency, process stability and the reliable operation of industrial automation systems. Structural Electromagnetic Shielding helps maintain production continuity by providing stable operating conditions for modern industrial facilities.
High-Security Facilities
Certain facilities perform functions requiring enhanced protection of both technical infrastructure and sensitive information. These environments often combine strict operational requirements with elevated expectations for infrastructure resilience and long-term reliability. Structural Electromagnetic Shielding supports these objectives by reducing the influence of external electromagnetic disturbances while enhancing the operational integrity of critical electronic systems.