Faraday Cyber DX Diamond EMI Shielding Copper Nickel Fabric 59"x1'

Faraday Cyber DX Diamond EMI Shielding Copper Nickel Fabric 59"x1'

SKU: FAR-74828
UPC: 75474832076

Product Description

The Faraday Cyber DX Diamond EMI Shielding Copper Nickel Fabric 59"x1' is engineered to deliver dependable electromagnetic interference protection for professional, industrial, and home applications. Designed with a premium copper and nickel blend, this fabric offers strong attenuation, exceptional durability, and versatile usability. Whether you are creating protective enclosures, lining walls, sewing wearable shielding solutions, or developing custom RF-resistant projects, this material provides reliable performance with ease of handling. Its diamond rip-stop pattern enhances strength while maintaining flexibility, making it suitable for both large installations and precision crafts.

This advanced shielding textile incorporates a conductive metallic coating that reflects and absorbs electromagnetic waves, reducing exposure to unwanted RF signals. Its mid-tier shielding capability, combined with a lightweight construction, allows users to benefit from professional-grade EMF and RFID protection without dealing with heavy or rigid materials. The Faraday Cyber DX fabric is non-toxic, odorless, pliable, and simple to cut or sew. Thanks to the nickel plating, it maintains excellent tarnish and corrosion resistance, extending its effective life even in challenging environments.

As electromagnetic interference becomes a greater concern in both consumer and commercial settings, materials like Faraday Cyber DX provide a practical solution for maintaining signal integrity, safeguarding sensitive data, and promoting a controlled electromagnetic environment. The 59-inch width and 1-foot length offer generous coverage, while the 0.08 mm thickness ensures a balance between shielding effectiveness and ease of manipulation. This versatile fabric is frequently chosen for RF-shielding tents, electronic enclosures, room lining, privacy protection, and laboratory or workshop setups. The Faraday Cyber DX fabric combines performance with convenience, supporting a wide range of custom shielding applications.

Technical Facts

• Material: Copper/Nickel-coated polyester fabric with conductive metallic coating
• Attenuation: Greater than 60 dB in the 10 MHz to 3 GHz range
• Width: 59 inches
• Length: 1 foot
• Thickness: 0.08 mm (4 mil)
• Surface Resistance: Approximately 0.05 ohm/sq (ASTM F394)
• Structure: Metallic diamond rip-stop pattern
• Weight: Lightweight and flexible for easy handling
• Application: Suitable for sewing, draping, adhering to level surfaces, and crafting custom shielding enclosures
• Properties: High conductivity, RF-shielding effectiveness, corrosion resistance, low odor, non-toxic

Features

• Mid-tier performance shielding fabric offering multilayer RF and EMI reflection
• Strong attenuation of electromagnetic and radiofrequency waves
• Smooth application to clean, dry, level surfaces such as walls or partitions
• Durable diamond rip-stop build helps resist tearing under tension
• Easy to cut, sew, and shape for custom installations
• Provides excellent tarnish and corrosion resistance due to nickel plating
• Reliable performance for EMF reduction, data protection, and interference control
• Pliable material ideal for wearable EMF-shielding projects, cases, pouches, and liners

Extended Description

Faraday Cyber DX offers a dependable option for both professional shielding technicians and DIY enthusiasts seeking strong EMI and RF protection. The integrated copper-nickel coating allows the fabric to effectively reflect electromagnetic waves while still maintaining a soft, workable texture. Its corrosion-resistant properties ensure stability over extended periods, making it suitable for long-term installations or projects exposed to varied environmental conditions. Because of its conductivity and shielding reliability, it is often selected for blocking signals from Wi-Fi, Bluetooth, RFID, mobile devices, and other radiofrequency sources.

This fabric is especially useful for applications that require a combination of flexibility and shielding performance. Whether it is used for lining equipment racks, reinforcing Faraday cages, enhancing data security rooms, or sewing protective covers for electronics, the Faraday Cyber DX fabric adapts easily to the required shape and structure. The diamond rip-stop construction also minimizes the risk of propagation should the material undergo stress or minor tears, ensuring continued shielding integrity throughout its use.

Users seeking to manage EMF exposure around sensitive electronics or personal living spaces will appreciate how efficiently this material reduces electromagnetic penetration. Because shielding effectiveness improves when fabrics maintain consistent installation and surface contact, the pliable nature of the Faraday Cyber DX material provides more reliable coverage than rigid shielding panels alone. It can be layered, folded, stitched, or laminated for enhanced performance depending on the project requirements. This makes it valuable in laboratories, RF-controlled rooms, engineering facilities, and privacy-oriented environments that demand dependable attenuation.

Faraday Cyber DX plays a significant role in security applications as well. When incorporated into bags, wallets, enclosures, or storage pouches, it can reduce RFID signal activity, helping protect valuable data from unauthorized scanning. With the increasing reliance on wireless communications, maintaining a shielded space for electronics is more important than ever, and this fabric helps ensure that unwanted signals are effectively managed. Its longevity and material stability further enhance its value as a dependable shielding resource.

Safety and Handling

Nickel may cause skin irritation or allergic reactions in some individuals. Users should avoid prolonged skin contact with the material. It is recommended to handle the fabric using protective gloves. The material is non-toxic, tasteless, and does not release harmful odors. Disposal can be performed as regular household waste.

Legal Disclaimer

All provided technical information, recommendations, and statements are believed to be accurate but are not guaranteed. Users must evaluate the product independently to determine suitability for their intended application. All risks associated with use of this material remain the responsibility of the user. Faraday Defense is not liable for any indirect or consequential damages arising from the use of this product.