The Mission Darkness TitanRF™ Radiation Shielding Baby Blanket combines quality materials with innovative radio frequency (RF) and electromagnetic frequencies (EMF) shielding technology. Growing children are especially vulnerable to hazards associated with RF and EMF radiation exposure. The main function of the blanket is to act as a barrier between your child's body and harmful EMF and RF inside your home, such as those coming from wireless devices, cell phones, tablets, laptops, Wi-Fi routers, smart meters, and 5G cell towers. To use, simply wrap the blanket around your child's body to reduce exposure to radiation.
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FINAL SALE – *Blankets are nonrefundable unless return is due to a manufacturing defect or product hasn’t been touched and is in unopened packaging.
The Mission Darkness TitanRF™ Radiation Shielding Baby Blanket combines quality materials with innovative radio frequency (RF) and electromagnetic frequencies (EMF) shielding technology. Growing children are especially vulnerable to hazards associated with RF and EMF radiation exposure. The main function of the blanket is to act as a barrier between your child’s body and harmful EMF and RF inside your home, such as those coming from wireless devices, cell phones, tablets, laptops, Wi-Fi routers, smart meters, and 5G cell towers. To use, simply wrap the blanket around your child’s body to reduce exposure to radiation.
The blanket materials include 100% polyester minky dot exterior fabric (available in light blue or pink) plus EMF radiation protection hidden inside. The silky soft and cuddly blanket is safe and effective for all ages. Primary uses include EMF protection for infants and children while sleeping (crib, bed, couch), while traveling (car seat, stroller, public transit), for youth when using hand-held devices (during screen time, playing games, watching movies on tablets), and for pregnant mothers to reduce their exposure to wireless radiation (laptops, cell phones). The combined features offers comfortable shielded protection in any environment.
Premium packaging includes ribbon around the blanket, product information, and a printed mylar bag. The unique blanket makes a great gift for baby showers, birthdays, and special occasions.
EMF shielding is a sharply debated topic. The truth is that the long-term effects of high frequency signal exposure, from sources such as 5G radiation, are still unknown because the general public has not been exposed to these types of frequencies for long periods of time. This is why so many people are incorporating shielded blankets, curtains, clothing, rooms, etc., into their lives—they would rather be safe than sorry.
We are doing our part to offer shielded solutions for this preventative measure. You cannot always control the electromagnetic frequency signals your family comes into contact with, but you can use barriers like a shielded blanket to reduce exposure at home, while traveling, or in any EMF polluted environment. This is especially important when considering the development of children, including all stages from prenatal development throughout early childhood, when they are at a higher risk for wireless radiation exposure.
Reduce exposure to harmful EMF radiation and pollution in various environments. Standard size baby blanket is large enough to line a crib, and compact enough to travel with. The following lists the main applications/uses.
The blanket is made with 100% polyester minky dot exterior fabric; available in light blue or pink. This adorable, silky soft and cuddly minky dot fabric has a smooth mink-like surface with raised dots and dimple-like embossing. The radiation shielding liner is hidden inside. A “cut me open” sample is included to demonstrate the fabric layers.
It is important to provide concrete proof into the shielding effectiveness of this blanket. To ensure that the blanket performs extremely well at protecting against EMF, we had the TitanRF™ Faraday Fabric lining inside of the blanket tested and certified by an accredited laboratory. A large faraday cage in a highly controlled environment is used to perform this testing, with commercial grade signal analyzers.
The results show that the double fabric layer (like used to line the blanket) achieves an average attenuation of 80dB-120dB from 10MHz-40GHz. This means it is extremely effective at blocking RF signals and EMF emissions. A summary of our lab testing is shown on the graph below, while the full shielding effectiveness testing report can be viewed at mosequipment.com/pages/compliance-testing.
In order to test the shielding effectiveness of the TitanRF™ Faraday Fabric, you would need a full faraday cage built out of the material and a verified testing app or signal analyzer to get accurate shielding results. We do not recommend using at-home RF/EMF meters (such as Trifield TF2, Acoustimeter AM-10, Cornet ED88T) as a valid test method for EMF-reducing products because they are only good at detecting large shifts in the RF environment, which is not entirely accurate for testing the shielding effectiveness of a product like this blanket. Testing the blanket’s effectiveness of blocking EMF within your home would require the removal of all sources (such as your router, smart meter, cell phone, laptop, refrigerator, microwave, and everything else), which is simply not possible. For example, if you were to hold your RF meter close to the device you are trying to measure radiation from, you would still receive radiation from all other electronic equipment around you inside your home. This is why we had our faraday fabric tested in a controlled lab environment.
*IF you do still want to use an RF meter, place the meter between the blanket layers to observe signal blockage. Make sure the meter is on the RF setting.
Mission Darkness™ offers a growing line of radiation shielding apparel and home interior products that act as a barrier between your body and harmful electromagnetic frequencies (EMF) and radio frequencies (RF) inside your home, office, and public places, such as those coming from cell phones, laptops, Wi-Fi routers, smart meters, 5G cell towers, and additional sources.