REFILL: iON SYNC® DIY Earthing Shoe Plugs

less conductive than] Shoe Sync copper Does wearing iON SYNC® grounded plugs increase your chances of absorbing excessive ground current via a peripheral lightening strike? Wearing iON SYNC® grounded footwear provides a similar experience to being barefoot during a storm. However, the conductance of iON SYNC® plugs is designed to handle limited low amperage and voltage, which prevents the transfer of harmful amounts of ground current from a lightning strike through the plug and into your foot. It is important to note that the limited low amperage and voltage capabilities of iON SYNC® plugs do not have a negative impact on the low amperage and voltage range within which earthing operates.   How does the installation of the plug affect the water-proofing of the sole? Have you tested the water seal?  Our iON SYNC® earthing plugs are designed with a barb that connects with the outsole of the shoe, having a plunger-like shape to enhance the seal, much like an o-ring commonly used in plumbing. The polymer hardness of our iON SYNC® plugs is designed to conform to the shoe profile, ensuring a secure seal. Through extensive testing, we have determined that when the right plug size is correctly installed in the suitable shoe sole thickness, achieving the proper compression fit, we have successfully prevented water from seeping through the sole. What if it’s really hard to pull the earthing plug barb through the hole and seat it on the outsole? Solution 1: Use something like a screwdriver or a pen to pre stretch the hole through the center of your shoe before rehoming and quickly installing the earthing plug. Solution 2: Use the next size up earthing plug that is a bit longer. Solution 3: Use the next size up hole punch to cut a slightly bigger hole. (This should be your last resort.) Specs Our collaboration with a renowned compounding company, known for its work with top technology firms such as Apple, Tesla, and SpaceX, has resulted in the development of a unique composite material. This material blends the robust properties of shoe outsole rubber with the required conductivity to meet the standards for therapeutic earthing (less than 10^3 Ohms resistance).