Shielding

When do you buy shielding?  Does shielding work?  Should I buy shielding for my home?  These are questions that come up a lot.  Many people that are worried about the effects of being exposed to EMF’s have bought some type of shielding.  There are many items that will shield you from some aspects of EMF’s.  Today we are going to talk about a few items that block microwave frequencies.

How does shielding work?

Most of these items are made in a similar way.  You take a piece of cloth and then you line it with a conductive metal.  Many times this metal is silver.  The lines of thread are then woven together and the result is a basic Faraday cage that mitigates microwave frequencies.   These items are good at blocking these frequencies, but this is not the whole picture.

When should you get shielding or where should you have shielding?

If you are in an area that has a lot of wireless activity, or find yourself next to towers that you can can’t do anything about, then this is when you should consider shielding.  The most cost-effective place to shield is your bed.  This is for a few very important reasons:

  • You are in the same spot for many hours a night
  • Night time is when your body heals
  • A good nights sleep is an important part of health

We live in an area that has a lot of wireless activity and because of my sensitivities I purchased a canopy as pictured below.    This is the set up that we were using for a long time.  For the record, this is wrong.  We were doing this wrong because we were only looking at one side of the problem.  I will explain.

WRONG SET-UP:

IMG_0055

With this setup, many times during the night, we found different parts of our body (feet, hands, arms, or head) touching the canopy.  This is where the problem is.  Items that block microwave frequencies will do so, and the higher concentration the more it will block.  This is where we failed.  By touching the canopy that is blocking wireless frequencies, it gives that energy someplace else to go, which is into your body.  This is also referred to as contact current.  By mitigating one problem we created another problem.

Key point in shielding: You should not allow the shielding to touch your body.  If you are inside of the shield you are fine. 

In our instance we had contact current passing through as shown by the picture below.  Anything above 18 microamps is considered bad and harmful as can be read here.  At 127 microamps you need to do something.  The question is –which is less bad? To be exposed to wireless frequencies or 127 microamps of contact current?   I honestly don’t know.  So I took down the canopy to try and find out which is worse for me by judging how I slept at night.   Over time I noticed that my quality of sleep started to suffer.  I was not as rested.  I was less patient.  I needed to try something different.  I had to go back to the drawing board.

IMG_0056

What we needed was a way to create a defined space for the netting that we would not come in contact with while we slept.  The solution was a four post bed made of wood (not metal because metal is conductive).

CORRECT SET-UP:

IMG_0059

Now with our bed we are able to set up our netting without coming in contact with it for long periods of time.  This has led to better sleeping for both my wife and I.   This was something special that needed to be made and we couldn’t have done this without Nordic Custom Woodworking (Eau Claire, WI).  Now we not only have a great looking bed, but we also have something that supports our netting in a functional way.  This in turn has provided us with better sleeping and most importantly we are not coming into contact with the netting in our sleep.

The other option to deal with shielding is to have it grounded.  However you MUST keep in mind that in most cases ground is not zero.  There is contact current there and so by attaching yourself to ground, you can increase your contact current.  This defeats the purpose of grounding.

Here are some key things that you should take away from this:

  • If you are going to shield from wireless that you cannot control, the most cost-effective method is to shield your bed.
  • By grounding the shielding, you could could increase the contact current present
  • Do not use any shielding that will touch your skin because you will increase your contact current.  This includes items like shielding blankets/sheets, shirts, hats, or any other clothing. If you use a canopy, make sure you do not come in contact with it in your sleep.
  • Bed frames should be made of wood and not metal
  • Metal is conductive and is an antenna for wireless so wear as little metal as possible. This would also include excessive jewelry and metal in under-wire bras

 

 

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14 thoughts on “Shielding

  1. Don Hendricks

    Hi Joe, I had 21 solar panels installed on our low pitch roof. Found out the hard way that, the electric field of solar panel/inverter wiped out our TV antenna reception. Wondering if we could set up an appointment/estimate/for whole house EMF assessment. Thanks D

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  2. Chris

    Hi Joe,

    During your 1-10-19 interview with Lloyd Burrell, you mentioned that smart meters can be shielded inexpensively by wrapping all six sides with many layers of aluminum foil.

    How will this affect the utility company’s reading of the meter?
    Thank you,
    Chris

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    1. It may block the signal entirely, or it will just decrease it. If it blocks it they will let you know since they will need the reading to get paid. If the foil is removed then you can always just replace it. The upside with this approach is aluminum foil is cheap. To avoid doing the cat and mouse game they could switch their meter or you could ask to have this done. This might cost a little more a month to be warned.

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  3. Chris

    Hi Joe,

    What tri-field/tri-mode meter do you recommend for laypersons?

    Do you have any thoughts, good or bad, regarding the ENV RD-10 Tri-mode meter by EnviroSens?

    Thank you,
    Chris

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    1. When it comes to meters it is more about how much do you want to spend more than anything. The difference between price is normally in detection and accuracy. The Trifield 100XE is easy to use and I normally just use this to identify the presence of magnetic fields. The meter that you mentioned I have no opinion on because I have never used it.

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  4. Chris

    Hi Joe,

    During your 1-10-19 interview with Lloyd Burrell you mentioned using mylar “emergency” blankets to shield walls when there are WiFi signals coming from the other side of the wall.

    Can mylar blankets also be used to cover a bed mattress containing coils, with regard to mitigating the affect of the coils acting as an antenna? How many layers of mylar blankets would be necessary? And would they need to be grounded?

    Thank you,
    Chris

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    1. Since the blanket is metallic putting on the bed will only shift the issue from the coils to the blanket. You would also be touching it so you would be part of the circuit which isn’t good either. You could ground these, but normally there are small amounts of current running on the ground so in most cases that is not a good option either. If you use the blankets put them on the walls or under curtains to cover windows or use a metal screen on the window.

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  5. Chris

    Hi Joe,

    I listened to an interview a while ago that mentioned that some internet routers can’t be turned off, thus shielding is necessary overnight. But can’t all routers simply be unplugged?

    Thank you,
    Chris

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    1. Yes they can be. If you plug this into a remote control outlet you can then shut this off before you go to bed at night. These go for about $20 at a hardware store. Turning things off is the best way to reduce your exposure. Anything inside your house you can turn off.

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  6. Chris

    Hi Joe,

    I got rid of my mattress with metal coils regarding the metal acting as an antenna. But I was wondering how much distance I need between my bed and the 1/4″ diameter, metal window security bars protecting my bedroom window — with regard to the metal bars acting as antenna for WiFi, RF, etc.

    Thank you,

    Chris

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    1. If the WiFi is hitting the window then it is also getting in and around the window. Try not to be right next to it. 3-4 ft if you can manage it.

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  7. Joe — regarding your May 2, 2019 comment above, you’re saying that if the metal window security bars are within reach of the WiFi signal, then the metal bars will act as an antenna, amplifying/concentrating the WiFi signal for a distance of 3 – 4 feet?

    Please let me know if I’m understanding correctly… Thank you 🙂

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    1. Anything metal will act as an antenna. It is best to use non-conductive materials if you are in an area of high wireless activity. If you are in such a place try and create as much space as reasonably possible to help reduce the fields around you, 3-4 feet is a good benchmark to hit.

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