
WOREMOR® Women's Loungewear
Attenuation
Tested to provide 42 dB shielding effectiveness, blocking approximately 99.99% of electromagnetic radiation between 0.02 to 5 GHz
Stay shielded with advanced silver technology, made in Canada.
Slip into comfort with our WOREMOR® Women's EMF & 5G Shielding Loungewear Night Shirt, available in black, birch, and light grey. Crafted from soft, breathable fabric woven with silver fibres, it effectively shields against electromagnetic radiation while offering a relaxed, easy fit. Designed for all-day comfort, it features clean narrow-edge finishing and a naturally luxurious feel. With antibacterial, anti-odour, and anti-static properties, plus skin temperature regulation, it’s the perfect piece for restful nights and laid-back mornings.
Features
- Very high washability with no attenuation loss
- Shielding effectiveness: 42 dB across 0.02 to 5 GHz
- Colour: Black & birch
- Composition: 83% cotton, 17% silver
- Made in Canada
Care Instructions
- Gentle wash at 30°C / 86°F, preferably using TEXCARE detergent
- A higher washing temperature is not necessary due to the product’s antibacterial properties
- Do not use salts, disinfectants, chlorine-based cleaners, bleaching agents, vinegar-based cleaners, or fabric softeners (these will damage the silver coating and reduce shielding performance)
- Hang dry without direct, constant sunlight, as direct heat can damage the sensitive shielding surface
- Do not tumble dry
- Do not iron
Attenuation
Tested to provide 42 dB shielding effectiveness, blocking approximately 99.99% of electromagnetic radiation across the 0.02 to 5 GHz range.
This garment is designed for personal EMF shielding, providing high protection against electromagnetic exposure. Effectiveness may vary depending on the environment and proximity to devices.
Silver Note
Silver products have a limited lifespan, depending on the frequency of use and movement. Discolouration over time is a natural characteristic of silver and not a quality defect. Our products do not use nano-silver technology.