It is especially important to reduce the electromagnetic field (and/or static electricity) by replacing metal structures with non-conductive materials in medical centers with high-precision equipment (MRI, CT, PET), data processing centers and server rooms. In hazardous environment facilities, scientific and measurement laboratories. Replacing steel reinforcement, embedded parts, and frame parts with composite (dielectric) materials helps reduce the impact of electromagnetic fields, eliminate paths for currents and static charges, and ensure more stable operation of sensitive equipment and reduce risks.
The use of composite reinforcement effectively minimizes electromagnetic impact due to its neutrality to electric and magnetic fields, which ensures the stable operation of high-precision equipment and improves the overall electrical safety of facilities.
Composite reinforcement, unlike traditional steel, does not conduct electricity and does not accumulate static energy, which eliminates the influence of electromagnetic fields on its strength properties and adjacent equipment.
It is radio-transparent and does not interfere with electromagnetic waves and radio signals, which is critical for medical facilities (MRI and laboratories), data centers, logistics complexes with RFID systems and electric forklifts.
Low thermal conductivity reduces thermal bridges and associated energy losses, which has a positive effect on the microclimate in technical rooms and improves engineering performance.
Light weight and availability in coils make composite rebar easy to install, reducing the need for bulky equipment.
