Shielding effectiveness is up to 99.998% from 5 Hz. to 30 GHz., 120 GHz., 360 GHz., and 1.1 THz. frequencies with power levels between 1 milliwatt (0.001 Watt) to 25 Watts measured at the point of contact (see Test Results). Custom models up to 4.8 THz., including future 6G Advanced 3.3 THz., with power levels up to 100 kilowatts (kW), are made to order.

This range of shielding products exceeds all regulated allocated and unallocated frequencies presented in the current FCC Online Table Of Frequency Allocations, providing users with unsurpassed shielding protection for personal, home, office, factory, healthcare, aerospace, military, security and government shielding applications from electrical devices, power lines, transformers, and all fixed and mobile terrestrial, satellite and sea-based antenna and network airborne frequencies in use globally.

They have been the #1 doctor recommended radiation shielding protection products for their patients since 2006, including those seeking relief and protection from the adverse effects and discomfort of electrohypersensitivity (EHS, IEI-EMF and ES).

Technology
All models are non-conductive, non-absorbent, contain no silver, copper, aluminum, graphene, carbon, graphite, nickel (toxic), or other metal, and grounding is unnecessary. They have been the #1 doctor recommended radiation shielding products protecting users worldwide since 2006, including electrohypersensitive (EHS, IEI-EMF, and ES) individuals suffering from adverse RF and EMF health effects. It is important to note the World Health Organization has recommended not to use shielding products claiming to absorb radiation since 1999, and so do most telecommunication product manufacturers.

All AegisGuard™ products deflect, or reflect, unwanted RF at opposite angles from originating sources. AegisGuard™ LL, LP and LS shielding compounds provide additional protection by breaking apart (scattering) deflected frequencies upon shielded surface contact, including magnetic and voltage fields they carry. This important safety feature virtually eliminates undesired RF and EMF penetration through shielded surfaces inside homes, offices, classrooms, offices, hospitals, outdoors and other environments.

The shielding compounds also incorporate a proprietary frequency specific discriminatory oscillating shielding protection technology initially developed for military and security applications. They are chemically inert, non-absorbent, non-conductive, contain no metal or require grounding, manufactured using natural and synthetically produced minute materials of varying dimensions, weights and densities, and microencapsulated with materials serving as a transfer medium to surfaces, where they expand on contact.

• AegisGuard™ LL: The shielding compounds are microencapsulated with sodium bicarbonate. The products are fragrance free, hypoallergenic and contain no harmful ingredients. No adverse health effects or reactions have been reported by users following instructions included with the products since were announced.
   
• AegisGuard™ LP: The shielding compounds are microencapsulated in an unscented liquid derived from natural plant oils, and blended with a small percentage of resins and solvents commonly used in latex and acrylic primers and paints. Safety precautions appearing on the primer, paint or other surface coating brand selected by the user must be followed. No adverse health effects or reactions have been reported by users following instructions included with the products since were announced.
   
• AegisGuard™ LS: The shielding compounds are microencapsulated in an unscented liquid derived from natural plant oils.. The products are fragrance free, hypoallergenic and contain no harmful ingredients. No adverse health effects or reactions have been reported by users following instructions included with the products since were announced.

Identical frequency recognition is defined as discriminatory, and mandatory for wireless products and networks to securely communicate with each other at the device level. This is accomplished by having a unique subscriber, network, carrier, or other individual device recognition identifier embedded in an integrated circuit or card (i.e., SIM card) in the product. Without this capability, cell phones and handheld products, smart homes, personal AI, electronic, virtual assistants, GPS, IoT, self-driving cars, 5G, 6G, the Cloud and emerging communication technologies could not exist.

AegisGuard™ L (Life) Series products provide EMF & RF discriminatory shielding protection from unwanted frequencies and their fields, except when user desired frequencies are set for non-discriminatory product transmitters and receivers. When this occurs, non-discriminatory products function as discriminatory products due to frequencies within their range being detected on both sides of shielded surfaces, enabling the shielding compounds to oscillate, and allow frequencies and fields to pass through unimpeded.

Understanding how the shielding technology provides protection is best understood by comparing discriminatory and non-discriminatory technologies in products most people are familiar with, and reviewing common examples of their benefits.

Most wireless devices require identical transmit and receive frequencies to communicate, and are defined as discriminatory products.

For example, radios and televisions receiving broadcasts through over the air (OTA) antennas are discriminatory. Transmissions are received by the receiver (channel selector) when it is set to a specific channel frequency assigned by a government regulatory agency to the broadcaster, such as the FCC in the United States. When radios and televisions are turned off, these airborne frequencies and fields are still present in unshielded homes and offices, but only selected channel frequencies, and their fields, will pass through "L" Series product shielded surfaces.

Cordless phones and older cell phones operate at a fixed frequency, however all current wireless networks and devices above 1.6 GHz. use a spectrum pulsed frequency modulation (PFM) scheme, referred to as pulses, or hops, per second, with rapidly switching frequencies during communication sessions. Current generation cell phones can exceed 1,600 slightly different and matching frequency pulses per second, increasing exponentially as new technologies (5G, 6G, etc.) are introduced. These types of products are also defined as discriminatory because the transmitting and receiving pulsed frequencies must be identical for them to communicate.

RF and EMF handheld measurement meters and apps used by consumers and businesses are non-discriminatory because they operate similarly to police scanners. They measure power level temperatures (SAR (mW/cm² or µW/cm²), and/or AC voltage (V/m) fields, and/or magnetic fields (mg or µT) for frequency ranges less than 18 GHz. as determined by the manufacturer, however they do not measure, but are affected by, frequencies above their testing range. As such, measurement results are inconsistent, conflicting or immeasurable when frequencies above their range is present, which includes all carrier 4G (30 GHz.), 4G-LTE and 4G-LTE Plus (86 GHz.), current 5G (96 GHz.), future 5G (300 and 600 GHz.) and 6G (1 THz.) network technologies.

Broadband, backhaul and distributed wireless carrier network transmissions are non-discriminatory. These include repeaters, boosters, small cell, beamforming, Multi-User Massive Input Massive Output (MU-MIMO), and comparable 5G and future 6G technologies. 5G millimeter wave (mmWave) wireless technology is currently the only discriminatory communication protocol.

Shielding Examples Derived By AegisGuard™ L (Life) Series Product Users

• You are at work having a conversation on an AegisGuard™ LS shielded cell phone held against your head. Speech is received and transmitted through the back of the phone facing away from you, and frequencies from the front are deflected away from your head. Your employer has a 100 GHz. wireless LAN and your AegisGuard™ LL shielded clothing deflects airborne RF generated by the LAN, and other frequencies present in the environment, away from the covered areas of your body.
   
• You are in a vehicle, or walking outdoors, and see power lines and/or wireless towers and antennas nearby and in the distance. Unwanted airborne frequencies, and fields, normally entering the vehicle are deflected away from areas of your body protected by AegisGuard™ LL treated clothing, as are the interior sides of windows and the dashboard shielded with AegisGuard™ LS.

• The interior side of the exterior walls, trim, ceilings, and exterior doors in your home, or individual rooms, are shielded with AegisGuard™ LP, and the interior side of the windows and skylights are shielded with AegisGuard™ LS. Your wireless products are functioning as expected, and unwanted frequencies, and fields, generated by power lines, transformers, wireless networks, antennas, smart meters, your neighbor's wireless network, etc., are safely deflected away from your home.

See shielding applications for application and carrier wireless technology implementation forecasts.

Consolidated Shielding Test Results

AegisGuard™ L (LL, LP & LS) Series Radiation Shields
Consolidated RF/EMF Shielding Effectiveness

Testing Standards**
(a) ASTM-D4935-10, D4935-99 and D4935-18 (current D4935 version): 5 Hz. to 1.5 GHz. EMF planar (fixed flat surface) tests, extended from 1.5 GHz. to 2.6 GHz.¹.
(b) NSA 94-106: 1 kHz. to 10 GHz.: IEEE-299-2006 (R2012): 5 Hz. to 18 GHz. EMF planar tests, extended from 18 GHz. to 40 GHz..²
(c) ETSI EN 302 567 V2.2.0 (2020-12) 100 kHz. to 1 MHz. over 142 GHz. live network service RF band tests; exceeds current and proposed IEEE 802.nn RF.^{3, 4}
(d) Network and device RF and EMF live tests from 5 Hz. to 1.1 THz. conducted in-house, customer facilities and by independent testing laboratories.⁴

Notes
1: ASTM standards for secure, immovable small flat surface testing.
2: NSA and IEEE standards for secure, immovable flat surface and enclosure testing up to 10 square feet (0.92 square meter).
3: ETSI and IEEE actual network and device RF network shielding testing standards
4: Regulatory and industry RF safety standards and test procedures above 40 GHz. do not exist. 5 Hz. to 1.1 THz. tests performed in-house, at customer facilities using CPE (Customer Premises Equipment), and by independent laboratories in live network environments with volunteers confirmed having EHS.

Click here for a list of our test equipment, noting independent testing  laboratories, carriers and telecommunication network and device product manufacturers follow the same standards and procedures using comparable equipment.

See AegisGuard Tests for additional information.