Amerthing Pure Copper Faraday Fabric for Electromagnetic Shielding

The Amerthing Pure Copper Faraday Fabric is an essential tool for anyone looking to protect against electromagnetic fields. Measuring 197ft in length and 43ft in width, this fabric is designed to create a conductive grid that effectively corresponds to the concept of a Faraday cage. With a surface resistance below 0.03 ohms, it ensures optimal performance in shielding applications.

This high-shielding conductive fabric is made from pure copper, offering a unique golden color that not only looks great but also serves a practical purpose. The operating temperature range of -4C to 85C makes it suitable for various environments, ensuring durability and reliability in your projects.

Whether you're crafting bags, clothing, or protective covers for electronics, this fabric is versatile enough to meet your needs. The application possibilities are endless, from shielding tents to mobile phone bags and even touch screen gloves. Its flexibility allows for creative DIY projects that require effective electromagnetic shielding.

One important feature to note is that the Faraday copper fabric is sold in precut lengths. This means that if you order multiple pieces, each will be cut separately into the specified size of 197ft by 43ft. Be sure to check the size before placing your order to ensure you receive the right amount for your project.

Included with your purchase is a piece of pure copper tape, perfect for any DIY enhancements you may want to make. This added bonus allows you to further customize your shielding solutions, making the Amerthing copper fabric even more valuable.

In summary, the Amerthing Pure Copper Faraday Fabric is a top choice for anyone serious about protecting against electromagnetic interference. Its high conductivity, stylish appearance, and versatile applications make it a must-have for DIY enthusiasts and professionals alike. Invest in this high-quality shielding fabric today and experience the peace of mind that comes with effective electromagnetic protection.