Electromagnetic interference is unwanted electromagnetic energy that disrupts the proper operation of an electronic device. EMIs are electromagnetic waves that consist of two components: E (electric field) and H (magnetic field). 

  All electromagnetic devices emit some electromagnetic radiation. Protective insulations also never contain their effects 100%. The electromagnetic energy produced in various ways, including the propagation of electromagnetic waves through the air or the effects of coupling in physical connections, is transferred to the inputs and outputs of another device that are connected to each other and disrupts its functional balance and compensates for large or small errors. It causes inevitability.

  Among the applications of protection products against electromagnetic waves, the following can be mentioned.

1. Aerospace
   2. Biopharmaceuticals
   3. Commercial
   4. Computers
   5. CRT screens
   6. Cryogenic processes
   7. Medicine
   8. Military
   9. Research and development
   10. Use in photomultipliers to improve performance
   11. coaxial cables
   12. Mobile phones and wireless devices
   13. Antenna room
   14. Medical radiography test room
   15. Telecommunication boxes
   16. Countering electronic warfare and preventing disruptions in telecommunication and electronic systems
   17. Industries like aircraft, nuclear reactors, transformers, defense systems, control, etc. are more prone to EMI and hence look for proper EMI shields to protect their equipment during operation.
   18. Building protection
   19. Protection of non-conductive materials
   20. Use as a ground plane
   21. Protection of plastic containers
   22. Electrical connection between surfaces (sheets/layers)
   23. Temporary protection during testing and measurement

  A group of experts at Kara Pajuhesh Amirkabir Company produced a product that can solve your concerns about the interference of electromagnetic waves and the damage of these waves to humans. We suggest to refer to the main page of this product in the link below for more information.