At Tumbleweed, we are committed to building healthy homes that prioritize your well-being. One of the unique options we offer is the construction of tiny homes designed to address electromagnetic field (EMF) sensitivities. For individuals who experience discomfort due to exposure to EMFs, our innovative solution is the creation of a Faraday Cage House, which provides protection from electromagnetic radiation, electric fields, and even electromagnetic pulses.

What Is a Faraday Cage?

A Faraday cage is a structure made of conductive materials that blocks electromagnetic fields. Named after scientist Michael Faraday, it works by creating a conductive layer around the space, forming a protective barrier that stops EMFs from entering. This is particularly beneficial for those with EMF sensitivities, as it creates a sanctuary from the radiation generated by electrical devices, Wi-Fi signals, cell towers, and other sources.

In our tiny homes, this means your living space is shielded from external electromagnetic interference, creating a peaceful, healthier environment.

A room under construction with ladders, exposed framing, and wiring visible. Two workers are in the background performing tasks.

How EMFs Affect Health

Some individuals experience what is known as electromagnetic hypersensitivity (EHS), which includes symptoms such as headaches, fatigue, dizziness, and other discomforts when exposed to electromagnetic fields. While EHS is not officially classified as a medical condition, many people find relief in living environments that reduce their exposure to EMF radiation. By offering a Faraday Cage House, we provide a solution that helps those with EHS enjoy a more comfortable living experience.

Building a Faraday Cage in Your Tiny Home

At Tumbleweed, we go beyond traditional building practices to create a Faraday Cage House that protects you from EMFs both outside and inside your home. Here’s how we construct this protective system:

  1. Aluminum Interior Liner: We apply an aluminum liner to the entire interior of your tiny home. This conductive layer is essential in blocking EMFs and electromagnetic pulses (EMPs). Every seam is covered with conductive tape, ensuring there are no gaps in the shield, providing complete protection.
  2. Low-E Window Coatings: To prevent radio frequency (RF) signals from entering through your windows, we use low-emissivity (low-E) window coatings. These coatings reflect EMFs away from your home while still allowing natural light to come in and keeping your home energy efficient.
  3. Steel Exterior Door: To ensure the integrity of the Faraday cage, we install a steel exterior door, further enhancing the protective barrier and keeping your home shielded from outside electromagnetic radiation.
  4. Radiant Cooktop: We include a radiant cooktop, which produces fewer EMFs compared to standard electric stoves. This allows you to prepare meals in an environment with minimal electromagnetic interference.
  5. Shielded Wiring: For those seeking extra EMF protection, we offer an option to wire the entire home with shielded cables. These specialized cables reduce electromagnetic radiation generated within your home, ensuring that the EMF levels are as low as possible. Learn more about shielded wiring here.
Interior view of a construction site showing wood paneling installation on one wall next to an unpainted section, with various tools and materials visible in the background.

Interior wallboard covers the Faraday Cage making it invisible when your home is complete.

Building Healthy Homes

At Tumbleweed, we are deeply committed to building healthy homes that support both the environment and the well-being of our customers. Every tiny home we build is certified green at the highest level achievable, ensuring sustainable practices and eco-friendly materials throughout the process. For those with chemical sensitivities, we go a step further, offering custom low VOC homes using non-toxic materials, protective EMF wiring, and even the option to create a complete Faraday cage for added peace of mind. Our goal is to create spaces that are safe, healthy, and comfortable for everyone.