| Content | This kit of 7.0 mil Moisture Barrier 5-layer EMP bags offers the most protection in a single bag of their class on the market today! With 11,500 PSI tensile strength, 33lb puncture resistance, and >40db EMI attenuation, this bag offers great protection for your items. Tested to meet or exceed certain electrical and physical requirements of ANSI/ESD S541 and to be ANSI/ESD S20.20 compliant. Bags are ROHS compliant and lead-free.
Included in this kit:
2 - 12"x18"
3 - 8"x10"
5 - 5"x7"
This aluminized moisture barrier bag is designed to provide a static safe environment for sensitive electronic devices. A stronger polyester layer (Heavy Gauge) helps prevent sharp objects from puncturing and destroying the effectiveness of the bag. The bags are heat sealable and suitable for vacuum packaging.
– 2 Aluminum metal layers in this 5-layer bag provide maximum EMP bag protection
– 33 lb puncture resistance (FTMS 101-C, 2065.1)
– >40 dB EMI Attenuation (MIL-PFR-81705-REV.D)
– Surface Resistivity 12 Ohms / Sq. In. (ASTM 1-257)
– 7 mil Thickness (MIL-STD-3010C Method 1003)
– Moisture Barrier (MIL-STD-3010C Method 3030)
Heat Sealing Conditions:
– Temperature (400 degrees F, 204 degrees C)
– Time (.6 to 4.5 seconds)
– Pressure (30 – 70 PSI, 206-482 KPa)
| A Genuine Leather Cell Phone Privacy Bag (4.5" x 6.5") offers 85 dB (400 MHz-4 GHz), Anti-tracking & Anti-spying. Cell Signal, GPS, RFID and Wi-fi Signal Blocking. Inner Pocket blocks radiation and outside pocket for convenient storage. Pouch fits all major cell phone makes and models as well as majority of latest external hard drives. | Keep your vital documents and phone protected from both theft and hacking while on the go. The Faraday Waist Pack is designed for travel and storage of important documents, passport, tickets, credit cards, cell phone and more. This fanny pack, worn as a belt or cross-body, will keep your valuables secure with its RFID and Signal-blocking design. Triple layers of CYBER NC (Nickel/Copper) line the front pocket, providing EMP protection and RF/EMF shielding. The Waist Pack measures 5-¾”” x 14”. | These custom high-saturation ferrites are made of a special high-frequency material and uniquely modified to help prevent high-current saturation. Ferrites are clamped around the insulated battery wires, one going around the red wire and one around the black. If your battery has several leads, you can either select the one to protect, or buy additional ferrites for the other leads. See the video below for installation instructions.
Ferrite dimensions: Inner Diameter 0.72″, Outer Diameter 1.5″, Length 1.9″. | The T.R.A.P.™-B contains the same 5,000-watt transient voltage suppression device in a form factor that can be easily connected across the 12-volt batteries in vehicles, generators, or solar power generation systems. | The Nest-Z is an RFID Blocking 7.0mil Bag for Credit Cards, SD Cards, Memory Cards, USB Sticks and more. Heavy duty ziploc allows for secure seal, and >40db attenuation provides protection against external RFID. These bags offer EMP protection.
This kit includes 10 2.5" x 4" bags
With 11,500 PSI tensile strength, 33lb puncture resistance, and >40db EMI attenuation, this bag offers great protection for your items. Tested to meet or exceed certain electrical and physical requirements of ANSI/ESD S541 and to be ANSI/ESD S20.20 compliant. Bag is ROHS compliant and lead-free.
This aluminized moisture barrier bag is designed to provide a static safe environment for sensitive electronic devices. A stronger polyester layer (Heavy Gauge) helps prevent sharp objects from puncturing and destroying the effectiveness of the bag. The bags are heat sealable and suitable for vacuum packaging.
– 2 Aluminum metal layers in this 5-layer bag provide maximum EMP bag protection
– 33 lb puncture resistance (FTMS 101-C, 2065.1)
– >40 dB EMI Attenuation (MIL-PFR-81705-REV.D)
– Surface Resistivity 12 Ohms / Sq. In. (ASTM 1-257)
– 7 mil Thickness (MIL-STD-3010C Method 1003)
– Moisture Barrier (MIL-STD-3010C Method 3030)
Heat Sealing Conditions:
– Temperature (400 degrees F, 204 degrees C)
– Time (.6 to 4.5 seconds)
– Pressure (30 – 70 PSI, 206-482 KPa)
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