The electromagnetic field (EMF)
versus shielding fabric
Technological development has contributed to an increased number of electromagnetic radiation (EMR) sources, and consequently lead to an increase in the intensity of electromagnetic fields in our everyday and professional environment. The use of an increasing number of technologically advanced devices, as well as the growing demand for electricity, are becoming a significant issue for our society. The impact of radiation can have multiple negative consequences for humans and animals. By using our shielding fabric, you can aim to reduce the risks associated with radiation.
How effective is an EMF shielding fabric?
Based on the comitted tests and research (in-house and in independent institutions), we can conclude that for three of 5G frequency bands used in Poland and in the European Union countries, the EMF shielding fabric of our production acts as follows:
- At the frequency of 700 MHz, the fabric shields 99% of the radiation incident on it in the direct transmission,
- For the 3.4-3.8 GHz band, the fabric shields ~ 92% of the radiation incident on it in the direct transmission,
- For 27 GHz, the fabric shields ~ 10% of radiation incident on it in the direct transmission.
The use of a shielding fabric manufactured by Miranda
The shielding fabric can be used in the production of window curtains, mattresses, bedding, and upholstery. It is also applicable in the production of professional workwear and as an accessory in manufacturing, technical and medical industry.
Health hazards related to electromagnetic radiation (EMR)
Electromagnetic radiation may have a negative impact on the functioning of basic human life functions, i.e. lead to a feeling of chronic fatigue, internal anxiety, increased irritability, cause headaches, disturb sleep, and reduce immunity. Many human functions are related to electric currents. Nerve signals are the transmission of electrical impulses. In addition, many biochemical reactions in the body, from digestion to brain activity, take effect via electrical conduction. The action of an electric field, even of a small intensity, can disrupt these functions, and its effect on humans is a subject to extensive research by scientists.