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A protective measure to protect electronic devices from the effects of EMP include the Faraday cage.
To further protect your equipment, purchase a metal screen about 6 inches wide and as long as the circumference of the can.
An electromagnetic pulse (EMP) attack on the American homeland is one of only a few ways that the United States could be defeated by its enemies — terrorist or otherwise. Having said that, it may be prudent to protect some electronic items that may be useful post-collapse. You should be sure to insulate the electronics inside the faraday cage away from the cage itself. I would agree with G, insulating the interior items from making contact with the cage is essential. We do have engineering to go by, and the best way to do a DIY project, is to model it after what is done in commercial products.
I’m only adding this to hopefully help others, we should work together to try and educate and share knowledge.
The basic answer in my opinion is, yes, so long as you cover the windows (if there are windows) with screen, and the metal-to-metal is all connected together for good conductivity.
Put you cell phone in the microwave (DON’T TURN THE MICROWAVE ON!) close the door and call your number. Yes, aluminum window screen is conductive, so generally speaking, it will provide similar protection. It must be placed inside a Faraday Cage or “Hardened” in a way it’s is in itself a Faraday Cage.
Everyday uses of the Faraday Cage concept includes the Microwave Oven which is used to contain microwave energy within the oven. It has been written that a Faraday Cage is not necessary to protect against an EMP resulting from a Solar Storm because the radiation particles are not concentrated enough to effect small electronics. In the event of a grid down scenario, prudent Preppers will have alternative sources of energy including a solar array or a generator. Wrap each item that you plan on storing in the Faraday Cage in the heavy duty Aluminum Foil. Place the items in the can and add at least one 50+ gram Desiccant Pack to absorb moisture within the Faraday Cage. Seal the lid on tightly and as added protection, wrap the lid’s edge with the aluminum tape. There are many potential disasters to prepare for, but perhaps the one that deserves the most preparation is an EMP (electromagnetic pulse). Conclusion As you can see, building a DIY Faraday cage is a very inexpensive and straightforward process. A Faraday cage can be made out of any metal container such as tin canisters, filing cabinets, metal desks, garbage cans, or ammo cans.
Start with a metal container and something to insulate the items inside from coming into contact with the metal: newspaper, magazines, cardboard, or styrofoam, which is my preference. Some people say that if you wrap an item in a plastic baggie as your insulating layer, then wrap the baggie in tinfoil, that's all you need to do. Another reason for the extra layers of protection is that I'm going to be grounding this Faraday cage by attaching it to plumbing pipes.
Next I've sealed up all the cracks and crevices in the metal box using aluminum tape, which is on the same shelf as the duct tape at your local hardware store. Here I've clearly labeled what's inside the sealed box, to make it easier to locate stuff on the day after Doomsday. A closer view of the twisty wiring wrapping numerous times around the handle of the box and the copper pipes.


If the lid does not make good metal-to-metal contact, the open area could allow EMP to damage your equipment.
Fold the metal screen in half, length wise, and then place it around (and fold over) the lip of the garbage can.
If the can has been painted, make sure to remove the painted area around the lid where it contacts with the can itself (and the inside of the lid) with sand paper, so as to make good metal-to-metal contact. Have you ever seen a squirrel running across a high voltage power line without being affected?
IMHO, using these bags inside a metal garbage can which is insulated inside is the way to go. Although the concrete floor is sitting on the ground, it is debatable as to the overall effectiveness versus a metal floor or screened floor.
In recent discussions of EMP, there has been much debate on the need for the ground – but I can tell you, from years of experience, an ungrounded shield on something sensitive does absolutely NOTHING. Michael Faraday was an English scientist who became well known in the early 1800′s for his work with electromagnetic induction, leading to the development of the modern generator. Also, the scan room of a Magnetic Resonance Imaging System, commonly referred to as an MRI, is designed as a Faraday Cage in order to prevent outside radio frequency interference from affecting the test results. However, as we advise fellow Preppers, we should prepare for worst case scenarios in our preparedness plans and an EMP resulting from a Nuclear attack is one such scenario. These alternative sources of power can run your electronic devices provided that they survive the effects of the EMP.
Go to the hardware store and buy a 10′ copper encased grounding rod and pound it in the ground next to your driveway within easy distance of your vehicles. Buy a flashlight that does not have led’s or fluorescent bulbs, these all use electronics as a ballast and will be fried by the CME leaving you and your family in the dark. If you’ve done any previous research on prepping for disasters, then you’ve undoubtedly at least heard of EMP’s, and for good reason. Once your electronic device has been fully wrapped in the cloth, wrap it further (and tighter) in plastic wrap. Now that your electronic device is fully wrapped in cloth and the cloth is wrapped in plastic wrap, proceed to gently wrap this packaging with at least three layers of aluminum foil.
Once this is completed, confirm that there are no holes in the aluminum foil and that every square inch of the packaging has at least three layers of aluminum foil surrounding it.
The materials only cost a few dollars, and if an EMP ever happens, you’ll be glad to have some working electronics. It's true that when you treat a radio or cell phone this way, the signal is lost, which indicates that electronic waves are not able to get through the barrier. Not only does this prevent stray ions from penetrating the box, but it also prevents water from burst pipes from getting into the box.
The easiest way to do that is to attach it to copper plumbing pipes, which go into the ground, thereby bleeding the electrical charges away from the box. I have several places in my home where the copper plumbing is accessible and I try to spread my various Faraday cages out so that if one gets crushed or drowned in a quake, I still have the others to fall back on. The lid should then fit snugly against the screen and can, protecting all equipment contained inside the can. A single Scud missile, carrying a single capable nuclear weapon, detonated at the appropriate altitude, would interact with the Earth’s atmosphere, producing an electromagnetic pulse radiating down to the surface at the speed of light. I have seen videos where cars have been purposely affected by an experimental EMP, and yes they stopped running.
Since we haven’t experienced an EMP (yet), and no one really knows for sure, I will agree that extra measures of caution are prudent. Just remember if a solar flare produces reverse current flow up from ground to keep your faraday cages away from electrical conduit, wiring and recepticals around the home.


My gut tells me that it’s okay, particularly since most concrete has metal rebar within as extra support. Faraday cages we made out of copper sheeting in college and grounded to earth couldn’t receive anything inside them. The Faraday Cage, in its many forms, will distribute that charge or radiation around the exterior of the cage. The biggest concern to Preppers is that an EMP will destroy power grid transformers resulting in a collapse of the power grid. A properly designed Faraday Cage will block the electromagnetic radiation created by the EMP thereby safeguarding any electronics stored inside. Note, contrary to some reports, this step alone is insufficient to protect your gear from an EMP. When a potential CME from the sun happens, unhook the battery in your car and ground an unpainted part of the vehicle frame to the grounding rod with jumper cables. I prefer a more substantial Faraday cage than a single layer of ungrounded tin foil, but I tend to be a *little bit* OCD about my preps, so I'm going to hedge my bets and use BOTH tinfoil AND a metal box, so I'll be doubly protected. If you do not have copper pipes conveniently exposed, you can tie your wire to a stake driven into the ground or a metal fence post or some such. Depending on the location and size of the blast, the effect would be to knock out already stressed power grids and other electrical systems across much or even all of the continental United States, for months if not years.
Cars in the approximate era of the 1970’s and earlier are not affected by EMP, due to lack of electronic ignition and computers. In the event of a strong earth directed flare, advance warning will be given and I for one will open all circuit breakers and unplug anything plugged in.
Technically, the Faraday Cage acts as a hollow conductor blocking the intrusion of the charge and distributing it around the external surface of the Faraday Cage. Jumper cables have the gauge of wire needed to ground your vehicle, this should help to protect it. Reinforce the cardboard padding using the foam.Choose the items you want to store inside of the cageGather the important electronic devices you want to place in the cage. I don't want my EMP preps to get ruined by flooding, so the extra layers are worth the extra effort. Even if you cannot ground your Faraday cage, it should still offer you more protection than no Faraday cage at all. We would literally have no power, no communications, no banking, no internet, no transportation, no running water, and no supply systems.
Here I've made sure everything is thoroughly labeled so that if I'm frantically searching for my walkie-talkies, I don't have to rip open package after package in order to find them. You would think that making an apparatus that could truly shield your electronic devices from an EMP would be a complicated and expensive process, but it can be done with little more than a cardboard box, some aluminum foil, an old piece of cloth, and plastic wrap.
They are defined as any kind of enclosure with an outside layer made out of electrically conductive material in order to block electric fields. The size and shape of the enclosure does not matter, and the enclosure itself doesn’t have to be conductive.
As you’ll soon see, it can simply be any normal enclosure or box wrapped in a conductive material such as aluminum foil.
You will need the following items to build your DIY Faraday Cage: Aluminum Foil (preferably heavy duty). In this example, our electronic device will be an ordinary phone and our piece of cloth is an old T-shirt.



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