Silverwave EMF 5G electromagnetic radiation protective womens short-sleeved raglan shirt
EMF/5G Electric smog surrounds us everywhere in everyday life, be it at home or at work. Those who are sensitive here may find themselves reacting with different symptoms and allergies. The EMF protection short-sleeved raglan shirt for women from the radiation shielding garments range offers perfect protection and is pleasant to wear.
The material of the EMF radiation shielding short-sleeved raglan shirt is composed of a percentage of silver which does not only influence health but also has an antibacterial effect. In addition, the silver coated short-sleeved shirt for women consists of a conductive surface which, when in contact with the body, reduces the chances of low-frequency fields to produce a coupling effect. They are discharged so that the body is not exposed to harmful stress. People who are sensitive to electromagnetic rays do not only benefit from the pleasant feel when wearing the short-sleeved raglan shirt from the range of radiation shielding garments but have a better sense of well-being than in clothes made from earthable fabrics.
The sleeves of the short-sleeved raglan shirt radiation protection underwear for women were double-layered. Outer fabric - plain jersey / bottom fabric - radiation protection material with silver fibre.
EMF protective garments, which mostly are manufactured from very thin yarns, can achieve a screening efficiency of up to 20 dB. Due to the fine processing and the use of silver-coated fibres, the garment items stand out by their softness and velvety handle. They give a feel of lightness on the skin and are body-hugging which adds to their wearing comfort. This is how you can effectively confront everyday’s electric smog stress and still feel comfortable in your skin.
Colour:
black
Material:
75% pure cotton (Oekotex Standard 100),
25% silver-coated fibres (silver-coated polyamide core)
Shielding values:
Current expert opinion Prof. Pauli
Custom sizes and items can be offered on request.