Canopies and anti-wave carpets

EMF canopy and mat - Faraday cage sleep protection: Wi-Fi, 5G antenna, electrosensitivity, electrosensitive

Canopy and anti-EMF wave mat or FARADAY CAGE (completely enclosed) providing protection for people who want to sleep away from waves, particularly those who are electrosensitive. Allows the neurological and endocrine systems to recover. Canopies are made of cotton and metal and resemble mosquito nets. They come in different shapes and heights. Our fabrics are all made of metal fibres, which act as a shield against waves or high frequencies (DECT, Wi-Fi, Bluetooth, mobile phones, relay antennas, radar, Wimax, microwave beams, WLAN, etc.). Swiss Shield fabrics (Naturell, NewDayLite, Wear and Evolution) offer the best protection against high frequencies (0.5 to 20 GHz) to date, with high-quality manufacturing and, above all, biocompatibility. They have successfully undergone Oko-Test (ecological anti-allergenic testing). They do not contain any chemicals that are harmful to health. They are the only fabrics to have a PATENTED metal thread encased in a polyurethane sheath, preventing any poisoning from the metal particles in the fabric. They are the only fabrics used by people with chemical sensitivity (MCS). They are favoured by people suffering from electrosensitivity or microwave syndrome or Electromagnetic Field Intolerance Syndrome (EHS), for whom metal poisoning is one of the key factors in their condition. This is particularly true of NATUREL SWISS SHIELD cotton fabric, which offers good breathability and the best wave attenuation. - - - - General information - - - - Fabric mesh - The smaller the mesh size, the more the fabric will attenuate the highest frequencies. Example: to attenuate Wimax or microwave beams up to 32 GHz, the mesh size of the fabric must be much smaller than to block Wi-Fi frequencies (usually 2.4 GHz). Attenuation in W can be correlated with attenuation in decibels. There is a logarithmic correspondence scale. However, all metal mesh fabrics will be able to attenuate 99% of high-frequency fields when measured in WATTS (power measurement). But if the measurement scale is in decibels (dB), which is much finer, then the attenuation reading will be much lower! For example, a fabric that attenuates frequencies around 1 GHz by 20 dB will attenuate 99% of the wave power in Watts. However, a fabric attenuating 70 dB at 1 GHz will attenuate 99.99% in Watts. Therefore, the indication of 99% attenuation in Watts is not sufficiently representative of the fabric's attenuation in terms of high frequencies.

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