As the use of electronic devices such as smartphones, tablets, and laptops has become more widespread, so too has the concern about the potential health risks of RF radiation exposure. RF radiation, also known as radio frequency radiation, is a type of non-ionizing radiation that is emitted by these devices. While the levels of RF radiation emitted by these devices are generally considered safe, long-term exposure to RF radiation has been linked to a number of health problems, including cancer, fertility problems, and neurological disorders.
One way to reduce your risk of developing these health problems is by using the RF Safe QuantaCase™ RFS1 Phone Radiation Shield. This protective phone case is designed specifically to deflect RF radiation away from your head and body, reducing your exposure to this potentially harmful form of radiation.
So, how does the QuantaCase™ RFS1 work? It uses conductive shielding fabrics to deflect RF radiation away from your head and body. These fabrics are placed in the front flap of the case, which can be closed while making a phone call or storing the phone in a pocket. When the front flap is open, the RF radiation is allowed to enter and exit the back of the phone as normal.
By using the QuantaCase™, you can deflect RF radiation away from your head and body, reducing your risk of developing cancer, fertility problems, and neurological disorders. It is a convenient and stylish way to protect yourself from RF radiation, and it is also effective at keeping your phone safe from cracks, dings, and scratches.
So, if you are concerned about the potential health risks of RF radiation exposure, consider using the RF Safe QuantaCase™ RFS1 Phone Radiation Shield. It is a simple and effective way to reduce your exposure to RF radiation and to keep yourself and your phone safe.
The RF Safe QuantaCase™ RFS1 is a protective phone case that is designed to deflect electromagnetic radiation, including 5G frequencies, away from the head and body of the user. It achieves this by using conductive shielding fabrics that are placed in the front flap of the case.
When the front flap of the QuantaCase™ RFS1 is closed, the conductive shielding fabrics deflect the electromagnetic radiation away from the user, reducing their exposure to this potentially harmful form of radiation. When the front flap is open, the electromagnetic radiation is allowed to enter and exit the front and back of the phone as normal.
In addition to the conductive shielding fabrics, the QuantaCase™ RFS1 also has an exposed RF Safe notch where an inexpensive Ohm meter can be used to test the conductivity of the microwave barrier between the body and device. This allows users to easily verify the effectiveness of the QuantaCase™ RFS1 in blocking electromagnetic radiation.
The QuantaCase™ RFS1 is an effective and convenient way to reduce exposure to electromagnetic radiation from electronic devices such as smartphones. It is also effective at protecting the phone from cracks, dings, and scratches, and it has a built-in RFID-blocking wallet and can be converted into a phone stand.
Conductive shielding fabric is a type of material that is specially designed to deflect electromagnetic radiation, such as the radiation that is emitted by cell phones. It works by creating a barrier around the cell phone that absorbs or reflects the radiation, rather than allowing it to pass through.
Imagine that the cell phone is a lightbulb and the conductive shielding fabric is a thick blanket. When you hold the lightbulb close to the blanket, the light can’t pass through the blanket and reach your eyes. Instead, it is absorbed by the blanket or reflected back in the opposite direction. This is similar to how conductive shielding fabric works to deflect radiation from a cell phone.
Conductive shielding fabric is often used in phone cases, such as the RF Safe QuantaCase™, to deflect the radiation away from the head and body of the user. This helps to reduce the user’s exposure to potentially harmful radiation and can help to protect against health problems such as cancer, fertility problems, and neurological disorders.
The scientific principles that govern the way conductive shielding fabric deflects electromagnetic radiation have been known for many years. The concept of using materials to shield against electromagnetic radiation dates back to the late 19th century, when James Clerk Maxwell developed the equations that describe the behavior of electromagnetic fields.
Since then, many scientists and researchers have contributed to the understanding of how materials can be used to shield against electromagnetic radiation. For example, in the early 20th century, researchers at the Massachusetts Institute of Technology (MIT) conducted experiments to determine the effectiveness of various materials in blocking radio waves.
Today, scientists and engineers continue to study the properties of various materials and their ability to shield against electromagnetic radiation. They use this knowledge to design and develop new shielding materials and technologies, such as conductive shielding fabric, that can be used to protect against the harmful effects of radiation.