EMF Bed Faraday Canopy Shields - Do They Work?

Electromagnetic field (EMF) exposures are a growing problem. More and more studies attest to these dangers.

Why Is It So Important to Shield From EMFs At Night?

The studies also tell us that nighttime EMF exposures are the most harmful to our bodies. Since the advent of the wireless revolution most bedrooms have become subjected to high levels of EMFs.

Nighttime is a busy time for our bodies its when our cells engage in rejuvenation, regeneration, detoxification and production of melatonin. Melatonin is a hormone secreted by the pineal gland when we sleep. Studies show that nighttime EMF expsoures severely curtail these cellular activities and the production of melatonin. Melatonin is vital to a number of bodily processes and our health; notably the body needs melatonin to have a properly functioning immune system. 

How To Shield

There are various ways to shield from EMFs. Whole room shielding is one option. It has the advantage of making your whole room a low EMF zone but whole room shielding can be very expensive and difficult to achieve.

Another option is shielding using an EMF Faraday canopy. Its called an EMF Faraday canopy because it works on the same principle as a Faraday cage. That's to say radio frequency radiation shielding is achieved via the creation of a sealed enclosure -- in this case a canopy and ground sheet.

In this video I test the effectiveness of an EMF bed canopy shield using an RF meter.

Watch my video to see how effective EMF bed canopy shielding is.

How EMF Protection Works

In the second decade of the 21st century, we carry around all sorts of electronic devices not knowing exactly what kind of damage they may be causing us over extended periods of use. Whether it’s laptops, tablets, or cell phones – all of these emit various forms of radiation. “EMF” stands for “Electromagnetic Field.” This includes Extremely Low Frequency (ELF) Electromagnetic Radiation (EMR) and Radio Frequency (RF) radiation. Here we examine the most tried, true, and tested forms of EMF protection.

For an example of what we’re talking about, WiFi devices and cell phone communications create Radio Frequency (RF) radiation. Without EMF protection, this radiation can enter our bodies potentially causing harm over time.

EMF protection should include, first and foremost, keeping devices as far away from our bodies as possible. A safe distance from the radiation source ensures that we won’t be affected. This is why sources such as power lines, cell towers, and appliances that are far away are not much of a threat. With smaller EMR-emitting devices though, these cause more of a risk as the source is often pressed near, if not, right against our bodies.

If EMF protection is not a priority for you, consider that exposure to EMF radiation can cause fertility problems, cellular damage or DNA mutation, as well as create skin problems.

Even if the device is not pressed to directly our skin, radiation is still absorbed by our bodies. This is why proper EMF protection is advised. Clothing, laptop cooling pads, lap desks, laptop tables or laptop trays offer little to no protection as none of these accessories are shielding your body against electromagnetic fields.

Certainly one of the most effective forms of EMF protection recommended are shields designed to protect one from EMF radiation.

It is worth saying again. EMF protection strategies includes keeping portable devices as far away from your bodies as you can. Naturally, this isn’t possible when a device is designed to be used near the body. A much more effective form of EMF protection can be simply using these devices over shorter periods of time.

One of the most effective forms of EMF protection recommended are shields designed to protect one from EMF radiation. This shielding should be made specifically for EMF protection, and not just against heat or discomfort. You want an EMF shield that will stay between you and your electronic device deflecting, diverting, and shielding the radiation away from your body. Some EMF shields are more effective than others so it’s recommended that a bit of research be conducted before making any purchase related to EMF shields.

Electromagnetic fields are a major source of study in the scientific community and with good reason. As we continue to evaluate the long term effects of being surrounded by all of these devices, it is recommended to approach their use with reason and care. EMF protection can go a long way toward defending yourself against side effects brought on by exposure to EMF radiation.

Source:

http://www.defenderpad.com/emf-protection-works/