CleanWaves Shielding EMF Hoodie Scarf
EMF Radiation is a global concern.
Do you perhaps suffer from Electromagnetic Hypersensitivity (EHS), or are you concerned about the dangers?
“CleanWaves” anti-radiation clothing line and accessories will protect you and your family. Green Shield and CleanWaves Technology eliminates the Risk of Electro Magnetic Radiation. Green Shield CleanWaves products provide 35db RF radiation attenuation from 10MHz to 3GHz.
Protect your head and neck from electromagnetic radiation from Wi-Fi routers, phone masts, mobile and cordless phones with this EMF shielded hooded snood. This combined scarf/hood provides options for the protection of the head, neck and thyroid. Supplied with a drawstring facilitating a tighter facial area protection when required. This EMF Hoodie protects you from negative electromagnetic fields (EMF). The EMF Protective Hoodie offers a unique combination of comfort, style and functionality.
Tested & Verified Textiles
Shielding from electro-smog has never been easier. Clean Waves garments and accessories have unique EMF shielding fabric. The unique fabrics are made from a blend of cotton, silver fibre and nylon. This CleanWaves EMF Hoodie Scarf provides a soft feel on the skin and allows you to wear it comfortably for long periods, ensuring a stylish and comfortable look.
How to clean your EMF Hoodie Scarf
Gentle Washing: We recommend hand or machine washing on gentle settings.
Temperature: Use cold or lukewarm water, avoiding hot water or high temperatures that could damage the properties of of the silver fibre.
Mild Detergent: Use a mild detergent without bleaching agents or fabric softeners that could damage the fabric.
Drying: Allow the piece to air dry, avoiding the use of tumble dryers or direct exposure to intense sunlight.
How to preserve you Hoodie
Store your EMF Hoodie Scarf in a dry place out of direct sunlight. Avoid excessive folding or crushing of the hoodie to avoid damage to the fabric structure. Keep your hoodie away from aggressive chemicals that could affect its properties.