Shieldex® Faraday Bag/Shielding bag for cell phones, laptops, tablets
Shieldex® Shielding Pouches
Shieldex shielding bags are innovative solutions for radiation protection for cell phones, laptops & tablets and offer an effective way to shield your smart devices. With a high shielding performance of up to 80 dB in the frequency range 0.9 to 3.8 GHz, these bags block all mobile signals and thus prevent hacking and tracking. This serves as an effective radiation blocker for cell phones, allowing you to shield your data from misuse and cell phone radiation. The shielding bags are not only ideal for digital forensics, but are also ideal for protecting highly sensitive electronic devices such as cell phones, tablets and laptops. They also protect microprocessors in bank and insurance cards. As a Faraday bag, these shielding bags offer maximum data security and protection against data misuse.
Advantages
- Protection of electronic devices from unauthorized access and environmental influences
- Easily transport and securely store devices
- Wide range of sizes and configurations
- Durable materials for demanding environments
- Customization and branding options
- Expert support for EMV and data protection challenges
Shielding performance
Average up to 80 dB from 0.9 to 3.8 GHz
Further details:
Closure options
The Shieldex® Faraday Bag shielding bags are ideal for shielding your cell phone and, in addition to individual wishes, offer three standardized closure options:
Velcro : This special fastener is perfect for radiation protection for cell phones. The Velcro fastener is a quick and easy solution to shield your cell phone or laptop. It consists of two Velcro strips that can be easily folded together to ensure a secure closure.
Eyelets for seals: If you are looking for a radiation blocker for cell phones, seals are the safest solution. They have a unique serial number and can only be opened once. This ensures that your device cannot be removed from the shielding bag without your consent.
Click closure: For anyone who wants to shield their cell phone or laptop, the click closure is a robust and safe alternative to Velcro. It consists of an easy-to-use clip that allows you to safely and easily store your device in the shielding bag.
Material combination
For the Shieldex® shielding bags, we only use shielding fabrics that are handcrafted in-house . In addition to the highest quality standards, we pay attention to production “Made in Germany”.
The Shieldex® shielded bags were also measured according to IEEE standard 299-2006, MIL standard 285 and NSA-94-106 and have been proven to have a shielding performance of up to 80 dB in the frequency range from 0.9 to 3.8 GHz.
Closure options
The Shieldex® Faraday Bag shielding bags are ideal for shielding your cell phone and, in addition to individual wishes, offer three standardized closure options:
Velcro : This special fastener is perfect for radiation protection for cell phones. The Velcro fastener is a quick and easy solution to shield your cell phone or laptop. It consists of two Velcro strips that can be easily folded together to ensure a secure closure.
Eyelets for seals: If you are looking for a radiation blocker for cell phones, seals are the safest solution. They have a unique serial number and can only be opened once. This ensures that your device cannot be removed from the shielding bag without your consent.
Click closure: For anyone who wants to shield their cell phone or laptop, the click closure is a robust and safe alternative to Velcro. It consists of an easy-to-use clip that allows you to safely and easily store your device in the shielding bag.
Material combination
For the Shieldex® shielding bags, we only use shielding fabrics that are handcrafted in-house . In addition to the highest quality standards, we pay attention to production “Made in Germany”.
The Shieldex® shielded bags were also measured according to IEEE standard 299-2006, MIL standard 285 and NSA-94-106 and have been proven to have a shielding performance of up to 80 dB in the frequency range from 0.9 to 3.8 GHz.