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Lab Tests & material verification

Independent test data, material information, and supporting evidence for selected Anti-Radiation products.

Fig. 1 - Laboratory testing in progress

Anti-Radiation offers several types of EMF-related products, and not all evidence looks the same across them. Some products are built around shielding materials designed to reduce the amount of radiation reaching the body, while others are designed to help measure RF or EMF levels in the environment. This page brings together available product testing, material information, and plain-English explanations so you can understand what sits behind the products we stock.

DefenderShield and WaveWall focus mainly on personal shielding products such as phone cases, laptop barriers, sleeves and wearable accessories. YSHIELD focuses more on home and building-level shielding materials such as paint and wallpaper. Safe and Sound, Gigahertz Solutions, and MVG, by contrast, sit more on the measurement and testing side, with products used to detect, assess, and better understand RF or EMF conditions rather than block them. This page is designed to help you quickly see the difference between personal shielding products, room-based shielding solutions, and EMF measurement tools so you can make a more informed choice.

How the brands differ

Shielding products, home solutions, and RF measurement tools all play different roles.

Fig. 1 - Laboratory testing in progress

DefenderShield offers a broad range of personal shielding products on Anti-Radiation, including universal phone cases, faraday beanies, tablet cases, pregnancy belly bands, laptop sleeves, fanny packs, hooded garments and sleep accessories. WaveWall also sits in the personal-use category, with products such as EMF-blocking phone cases and laptop sleeves. These products are best understood as body-side barriers designed for day-to-day use around common devices.

YSHIELD is different. Its range is geared more towards room and building-level shielding. On Anti-Radiation this includes products such as HSF54 shielding paint and shielding wallpaper. These are better suited to customers who want to address exposure within a home office, bedroom, workspace, or other fixed environment rather than just around a single carried device.

Safe and Sound sits in another category again: measurement. Products such as the Classic III RF Detector, Pro II RF Meter, and EM3 analyser are for checking and understanding RF or EMF conditions rather than blocking them. This makes them useful for customers who want to verify their environment, compare devices, or make more informed decisions before choosing shielding products.

In simple terms: shielding products help create a barrier, home shielding materials help address spaces, and detectors help measure what is there.

Lab Tests You Should Know About

We believe customers should be able to see the strongest public testing, certification, and technical evidence behind the brands we stock. Below, we highlight some of the most important figures, reports, and documented specifications published by selected manufacturers.

DefenderShield states that its shielding technology has been scientifically tested to conduct, absorb, and dissipate up to 99% of EMF emissions from 0–90 GHz, including the full 5G spectrum. On selected products, the brand also refers to independent testing and broad-spectrum coverage across both ELF and RF ranges. Where customers want a personal-use shielding product backed by a strong public-facing shielding claim, this is one of the clearest examples in our range.

WaveWall publishes simpler, consumer-facing shielding figures on selected product pages. The WaveWall Universal Phone Case states that it blocks 85% of mobile phone radiation from reaching the body. The WaveWall Laptop Radiation Shield similarly states that it reduces exposure by 85%, while still allowing normal laptop use, including Wi-Fi and Bluetooth connectivity. These are the clearest public-facing performance figures currently shown for the brand on the site.

YSHIELD provides some of the most technical public documentation in our range. For example, HSF54 shielding paint is presented with published data showing up to 90 dB shielding at 40 GHz, and YSHIELD also provides product data sheets, expert reports, and certification-related documentation for this material. The brand’s documentation states that attenuation testing was carried out from 600 MHz to 40 GHz, and its expert report explains the shielding result in terms of transmission attenuation and shielding effectiveness. For customers looking at room-level or building-level protection, this is the kind of evidence that makes YSHIELD stand out.

Safe and Sound products are different because they are designed to measure exposure, not block it. That means the most important public evidence is not a shielding percentage but technical detail around calibration, operating range, units, and detection capability. On product information available publicly, the brand highlights calibrated RF measurement, practical field use, and specifications designed to help users assess their environment more accurately before making shielding decisions. This makes Safe and Sound especially useful for customers who want to verify conditions rather than rely on assumptions.

Gigahertz Solutions is one of the more specialist measurement brands we stock. Public product documentation for the HFW59D states a 2.4 GHz to 10 GHz frequency range, while related kit documentation notes that the meter extends measurement to real 10 GHz. The published specifications also include measurement range, accuracy figures, and directional antenna details. For customers who want more advanced RF investigation, these published technical details are often more meaningful than simplified consumer claims.

MVG sits firmly in the professional monitoring category. Public documentation for the EME Guard Plus states an operating range of 1 MHz to 40 GHz, use of a triaxial probe for isotropic measurement, and that each device comes with a calibration report. MVG’s public RF safety materials also describe the system as suitable for continuous monitoring, with audio and visual alarms, and compatibility references tied to recognised RF safety frameworks. For customers who need higher-level monitoring capability, MVG provides some of the strongest professional-grade public documentation in our measurement range.

Not every brand should be judged by the same kind of evidence. DefenderShield and WaveWall mainly publish shielding-performance claims for personal-use products. YSHIELD publishes more technical attenuation data, expert reports, and certification-related information for home and building materials. Safe and Sound, Gigahertz Solutions, and MVG focus more on calibration, operating range, sensor design, and measurement capability because they are measurement tools rather than shielding barriers. We think the fairest way to present the evidence is to show each brand in the context of what it is actually designed to do.
DefenderShield: tested broad-spectrum shielding performance

DefenderShield: tested broad-spectrum shielding performance

These graphs highlight the broad-spectrum shielding performance published for DefenderShield’s material technology. The upper graph shows attenuation across the 2–90 GHz range, with shielding remaining close to 99.9% throughout the tested frequencies. The lower graph shows 98.25% attenuation for ELF radiation, supporting the brand’s wider claim that its shielding technology is designed to reduce both RF and ELF exposure.

YSHIELD: attenuation data for shielding paint systems

YSHIELD: attenuation data for shielding paint systems

This graph shows published attenuation data for YSHIELD shielding paint, helping illustrate how performance can vary across frequencies and coating thickness. The chart shows two application levels, with stronger shielding achieved at the higher coating weight. Rather than presenting one simple consumer percentage, YSHIELD provides a more technical view of shielding effectiveness across a broad frequency range, which is especially useful when planning room-level or building-level protection.