All About Low EMF Power Strips

It’s important to understand all the sources of this type of radiation in our home. While we may think of major culprits like WiFi and smart meters, there are also smaller sources that can add up over time. One such source that is often overlooked is our power strips. We rely on these devices primarily for convenience – it increases how many items we can have plugged into a single outlet, protects my electronics from electrical surges, and even expands the reach of a cord that is just a little too short. However, power strips can also produce significant levels of EMF radiation.

If you’re already taking steps to reduce your overall EMF exposure, such as using wired accessories and keeping your devices at a safe distance, you may want to consider replacing your power strips with lower EMF options. Fortunately, there are several options available that can still provide the convenience and protection you need while minimizing your exposure to harmful radiation.

In this guide, I will share some of the best low EMF power strips on the market, as well as tips for finding your own low EMF options. We’ll also discuss how to measure the radiation from your existing power strips and how to determine if they are contributing to your overall EMF exposure. By taking a closer look at this often-overlooked source of EMF radiation in your home, you can take steps to protect your health and reduce your exposure to harmful radiation.

Best Low EMF Power Strips

4. GE 6 Outlet Surge Protector

If you’re a parent, GE’s surge protector might be a good option for you. It has a twist-to-close safety cover that helps prevent little fingers or toys from getting into unused outlets. The cord length options range from two to 20 feet, giving you the flexibility to position the power strip further away from you. The blue indicator light lets you know if it’s operational, and you can turn it on or off with a switch. Additionally, you can mount it on your wall or floor using the keyholes in the back.

3. CCCEI Heavy Duty Power Strip

If you’re in need of a heavy-duty power strip, the CCCEI model may be a good option for you. This industrial-grade metal surge protector comes with six outlets and a six-foot power cord. It has two outlets spaced further apart, making it easier to plug in larger devices. The power strip also features fire protection coating and automatic overload protection to prevent overheating. The hanging hole and cord wrap area make it easy to mount on the wall and keep cords organized. With 1200 joules of protection, this power strip can handle a lot.

2. KMC 6-Outlet Surge Protector 2-Pack

As for me, KMC’s 6-Outlet Surge Protector 2-Pack is an affordable and straightforward option. It comes with two power strips, each featuring six outlets and a switch for protection. The four-foot power cord is coated for extra durability, and the unit has automatic shut-off if it overheats, becomes overloaded, or an item is over-charged. The back of the strip has keyhole mounting, which makes it easy to hang on a wall or other surfaces, and the indicator light shows whether it is operational. KMC’s surge protector provides 900 joules of protection, which is more than enough for most electronics, including my laptop and desktop computer.

1. Belkin 6-Outlet Power Strip

This is a great option for those who want a basic power strip without any fancy features. The Belkin power strip has a six-foot cord, which is long enough to give me some distance from the power source. The rotating flat plug is perfect for tight spaces, and I can choose between black and white colors. The strip has a low profile design, with six evenly spaced outlets, and an energy rating of 600 Joules.

Finding a Low EMF Power Strip

When searching for a low EMF power strip, it’s important to note that the options provided are just a starting point. There are other low EMF power strips available in the market that may suit your specific needs better. However, the options listed are a good representation of the type of power strip that emits lower EMF radiation.

Modern power strips often come with USB slots, making them convenient for charging electronic devices. Unfortunately, this convenience comes with a trade-off as the power strip emits more EMF radiation. So, it’s better to look for power strips without USB slots. If you still need to charge devices using USB cords, you can find an adapter like the One-port 12W USB Wall Charger from AmazonBasics as an inexpensive solution. It is also worth noting that many power strips with USB slots tend to emit a high-pitched whining noise, which can be quite annoying. However, using an adapter to charge your devices removes this problem completely.

Another thing to keep in mind when shopping for power strips is that the fewer outlets, the better. It’s unnecessary to purchase a 12-outlet surge protector if you don’t need all those outlets. Determine how many devices you need to plug into the power strip and find an option with that number of outlets. Generally, a power strip with six outlets or fewer produces less EMF radiation than larger ones. So, it’s best to opt for smaller power strips if you don’t need many outlets.

Tips For Using Your Power Strip

When it comes to using your power strip, there’s one crucial thing to keep in mind: the inverse square law. This law states that the closer you are to a radiation source, the higher your exposure level will be. Therefore, the more distance you can create between you and the source, the more that exposure level will drop off.

While no power strip can be entirely EMF-free, you can reduce your exposure by simply placing as much distance as possible between you and the device. Some power strips come with mounting options, so you could consider mounting it to the wall a few feet away from your desk or wherever else you’re using the surge protector.

Having a power strip with a long cord can also be helpful in creating distance between you and the device. The longer the cord, the more distance you can create between yourself and the power strip. Ideally, you should try to maintain at least five feet of distance between you and the power strip to minimize your exposure.

Finally, it’s a good idea to unplug or switch off the power strip when it’s not in use. This way, you’re only exposed to radiation from the device while you’re actively using it, and your body can have a break during the off-time.

Testing For Power Strip Radiation

To test the EMF levels of my power strips, I need an EMF meter that is capable of detecting electric and magnetic fields. If I don’t have one already, I can refer to a guide to find the best EMF meters for any budget. Once I have the meter, I can start testing the power strip.

I will first unplug everything from the power strip while keeping it plugged into the wall and switched on. I will then take my meter and measure the magnetic fields present directly next to it, as well as from a few feet away. Most likely, the readings will be low for magnetic fields. Next, I will switch over to electric fields and I may notice that the levels begin to jump up. This measurement will give me an idea of the amount of EMF radiation being produced by the power strip.

Additionally, I can repeat the measurement with the power strip switched off, unplugged, and with items plugged into it. Each of these readings provides me with valuable information about how much radiation I am exposed to while the power strip is in use. By testing my power strips, I can determine which ones are producing higher levels of EMF radiation and decide if it’s time to replace them with a lower EMF option.

Parting Thoughts

I have found that power strips are a staple in many areas of my home, especially in my home office and entertainment center. With so many devices requiring an electrical outlet, it can be tough to keep everything plugged in without resorting to power strips. However, the EMF radiation that these devices produce can be a concern for anyone, not just those with Electromagnetic Hypersensitivity.

That’s why I’ve decided to switch to lower EMF alternatives for my power strips. By using the GE 6 Outlet Surge Protector, I’m taking a proactive approach to reducing my exposure to EMF radiation. It’s a small change, but it can make a big difference in the long run.

I encourage anyone who is concerned about EMF radiation to consider making the switch to a lower EMF power strip like . It’s an easy way to reduce your exposure to this type of radiation while still being able to use the devices that make your life more convenient. Plus, you may even notice an improvement in your overall health and wellbeing as a result.