EMF Blocking iPhone Cases
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Overview
We built this wallet case out of premium vegan leather, but what really matters is what's inside.
The front flap is lined with our proprietary RF shielding technology. It blocks over 99% of high-frequency RF and millimeter-wave radiation—the exact frequencies used by 5G and cellular networks. But what does that mean for you? When you hold it up to your head during a call, you get a real-world reduction of about 91%.
Integrity: Watch Out For The Hype
A lot of companies out there love to brag about "99% protection." But what are they actually measuring?
Usually, it's just a tiny piece of raw material in a lab, not the real protection your body receives. Take EMF stickers or "chips," for example. Slapping a sticker on your phone does absolutely nothing to shield you. Why? First, you cannot block very much with a tiny decal. It's like putting a band-aid on a fire hydrant.
Second, think about where those stickers go. They are designed to be placed on the back of your phone. That is precisely where you do not want to block reception! Putting a barrier on the back of your device just forces your phone's antenna to work harder to find a cell tower. Even the FCC has confirmed these stickers can actually make your exposure worse by causing your phone to boost its power output.
We only use real, verifiable physical shielding. Our material covers the entire front flap of the case. It creates a solid wall between your phone and your body, without killing your reception or draining your battery.
Lab-Tested Validation
We don't guess. We verify.
Independent third-party labs have tested our shielding material, confirming it blocks over 99% of high-frequency RF radiation. When you use the case correctly, you get an effective, proven reduction of 91% to your body.
Features & Functionality
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Protects You While Calling and Carrying: Your phone is constantly emitting radiation, checking for cell towers and pulling in background messages. We designed a precision cut-out right over the ear speaker. You answer the call, close the flap, and talk normally. When you are done? Slide it into your pocket with the front flap facing your body. The shield stays directly between you and the device, giving you continuous protection while you carry it.
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Built-In Kickstand: Fold the case back to watch videos or take FaceTime calls hands-free.
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Wallet Replacement: Features three card slots and an inner cash compartment so you can leave your old wallet at home.
Choose the Correct Version
Don't guess your iPhone model. Apple changes button placements and camera sizes by millimeters every single year.
If you buy the wrong size, it will not fit. Not sure if you have a Pro, Pro Max, or standard? Take three seconds and check your phone right now. Go to: Settings → General → About → Model Name. Double-checking ensures a perfect fit.
Frequently Asked Questions
Why do you only make wallet cases?
Why do you only make wallet cases?
Because it is the only design that actually works for a smartphone. What happens if you try to block EMF on a standard snap-on case? The shielding material has to go on the back of the phone. That puts the shield facing away from your body, offering you absolutely zero protection.
To keep your phone working normally while protecting you, we have to use directional shielding. A wallet case allows us to put a heavy-duty shield in the front flap (protecting your body) while intentionally leaving the back of the phone exposed to connect to the cell network. A full Faraday cage would block 100% of signals, which instantly kills your battery as the phone desperately searches for a tower. It is simple physics.
If the material blocks 99%, why is my protection only 91%
If the material blocks 99%, why is my protection only 91%
Think of your phone's antenna like a glowing bare light bulb in a dark room. If you hold a thick piece of solid cardboard directly between your eyes and the bulb, the cardboard blocks the light shining straight at your face. But what happens at the edges? A little bit of light still spills out around the sides and reflects off the walls.
RF radiation acts the exact same way. Because we intentionally leave the back of the phone unshielded so you still get a signal, a small amount of radiation "spills" around the edges of the case. That tiny bit of unavoidable edge spill accounts for the 8% to 9% variance.
How do I test my case at home?
How do I test my case at home?
Real protection should be measurable. We actually want you to test our cases. But testing can be surprisingly tricky if you don't have the right equipment.
First, make sure you are measuring the right thing. Our cases are engineered to block high-frequency RF radiation from cellular networks and 5G. They do not block low-frequency magnetic fields (measured in milligauss).
Second, watch out for overly sensitive meters. What happens if you put a highly sensitive RF reader directly against an active smartphone? Even with a massive 91% reduction, the remaining radiation might still completely max out your meter's display. It makes it look like the case isn't doing anything.
Think of it like testing a blinding flashlight with a hyper-sensitive light meter meant for a darkroom. If you point the flashlight at the meter, it maxes out instantly. If you put a thick piece of cardboard in front of the flashlight that blocks 91% of the light, it is a massive drop in brightness. But to that hyper-sensitive meter? The remaining light is still enough to push the needle completely off the charts.
To get an accurate reading, you need an EMF meter with enough dynamic range to measure the actual drop. Want to see exactly how to do this? Watch our video on how to accurately test your case, where we demonstrate exactly what to look for using several popular EMF readers.
