Research and Certificates

Scientific research

Our products undergo rigorous testing that confirms their effectiveness in reducing the impact of electromagnetic fields. We prioritize transparency and the highest quality standards so that everyone can be confident they are using safe and verified solutions.

Certificates

ADR System holds numerous quality and safety certificates issued by recognized institutions. Each certificate confirms the compliance of our products with international standards and verifies their effectiveness and reliability, providing clear evidence of their consistent performance in real-world applications.  ISO 21702, ISO 22196, ISO 16000

 
 
 
 
 
 
 
 
 
 
REPORT ON THE VIRUCIDAL ANALYSIS OF PAINT SAMPLES No. 1/2025

Virucidal analysis of paint samples

The presented document is a report on the virucidal analysis of paint samples, conducted by ProChimia Surfaces Sp. z o.o. on behalf of ADR Technology. The main objective of the study was to assess the effectiveness of viral particle inactivation by two types of emulsion paints: a standard one and one enriched with the ADR SOL WALLS impregnation. The tests used Bovine Herpesvirus type 1 (BHV-1), and the methodology was based on the guidelines of ISO 21702. The results showed that the paint with the addition of ADR SOL WALLS exhibited virucidal activity, reducing the virus titer by over 2 log, in contrast to the plain emulsion paint.

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REPORT NO. 21/2024: STUDY COMPLIANT WITH JIS Z 2801:2000 STANDARD         ISO 22196

Analysis of antibacterial efficacy

These documents are laboratory test reports conducted by M&R Lab, specialized in microbiology. The studies evaluated the antimicrobial activity of the products, focusing on their ability to inhibit bacterial growth on surfaces. The reports provide detailed descriptions of the methods used, including standards such as JIS Z 2801 = ISO 22196, and present test results against various bacterial strains, such as Escherichia coli and Staphylococcus aureus. Different samples were analyzed, and the results are presented in tables and images, illustrating the antiviral effectiveness. In summary, the reports indicate whether the tested products meet the criteria for antimicrobial effectiveness, confirming their antibacterial properties.
 
 
 
 
 
 
 
 
REPORT NO. 39/2025 STUDY CONDUCTED IN ACCORDANCE WITH PN-EN 15457:2014-10 (MODIFIED)

Effectiveness of the ADR SOL WALLS coating against fungi

Report on laboratory tests conducted by Microbiology & Research, commissioned by ADR System. The purpose of the tests was to evaluate the effectiveness of ADR SOL WALLS paint in protection against mold and yeast fungi. The tests, carried out in accordance with the standard PN EN 15457:2014-10 (with modifications), involved exposing paint samples and control samples to suspensions of fungal spores in a humid environment. The report provides a detailed description of the methodology, fungal strains, incubation conditions, and presents the results of visual assessment of fungal growth on the samples, along with photographic documentation and a final conclusion on the effectiveness of the paint in limiting their growth.

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Report No. 1/2021 on Virucidal Analysis in Accordance with ISO 21702 Standard

NoEM Paint: Proven effectiveness in virus elimination

Report on the virucidal analysis of paint samples, conducted by ProChimia Surfaces Sp. z o.o. for ADR Technology. The subject of the study was NoEM paint, and the goal was to assess its ability to inactivate viral particles using Bovine Herpesvirus type 1 (BHV-1) as the test virus. The test methodology was based on the ISO 21702 standard, with incubation of the paint samples with the virus for 10 minutes, 100 minutes, and 24 hours. The results demonstrated significant virucidal potential of NoEM paint, leading to a reduction of viral titer by over 2 log after 100 minutes and by 4 log after 24 hours, resulting in a recommendation for certification.
 

 

 

 

 

 

STATEMENT REGARDING PROJECT 02.03.02-22-0006/15

Expertise on the physical mechanisms in ADR Technology composite materials

Institute of Molecular Physics of the Polish Academy of Sciences issued a statement addressed to ADR Technology Stanisław Wosiński, the beneficiary of the research project. The statement concerned the development of a composite material for electromagnetic field shielding. The research, conducted by Dr. hab. B. Andrzejewski, focused on dispersion and absorption of the electromagnetic field, as well as on the dependence of electrical conductivity on frequency. It was found that energy absorption resulted from cyclical magnetization of the materials and accumulation and discharge of electric charge at grain boundaries, in accordance with the Maxwell-Wagner-Sillars model. It was emphasized that these phenomena are purely physical, do not initiate chemical reactions, and do not alter the chemical composition of the materials.
 

 

 

 

 

REPORT OF TESTS NO. 424462/22/GDA

Microbiological testing of the ADR SOL POWDER product (currently ADR SOL Fabric)

Test Report numbered 424462/22/GDA, issued by J.S. Hamilton Poland Sp. z o.o. for ADR System. The report concerns the product named ADR SOL POWDER, described as a fabric impregnation powder containing magnesium chloride and aluminosilicates. The report provides detailed results of microbiological analyses of the sample, checking for the presence of various bacteria and fungi, such as Staphylococcus aureus, Escherichia coli, Pseudomonas aeruginosa, and Candida albicans, as well as the overall count of yeasts, molds, and aerobic bacteria. The document also includes dates of key stages of the tests and authorization information and the general terms of laboratory services.

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DERMATOLOGICAL TEST REPORT NO. 424461/22/GDA/Z1

Dermatological testing of ADR SOL POWDER in an open test

The presented document is a dermatological test report (No. 424461/22/GDA/Z1) prepared by J.S. Hamilton Poland Sp. z o.o. for the customer ADR System, concerning the product named ADR SOL POWDER. The main objective of the study was to assess the irritant properties (skin tolerance) of this product on healthy adult skin using a patch test. The study was conducted on a group of 25 volunteers with no history of allergies, most of whom were women, with an average age of 49. The testing methodology consisted of applying the preparation to the skin of the forearm and reading the reaction (erythema and oedema) at specific intervals (from 15 minutes to 24 hours), and all skin reaction results were zero, leading to a zero average irritation index (Xav). In conclusion, it was found that ADR SOL POWDER is non-irritating and meets the requirements of the skin compatibility test, but it was noted that this opinion does not apply to people who are allergic to any of the product’s ingredients.
 

 

 

 

 

 

DERMATOLOGICAL TEST CERTIFICATE NO. 460429/22/GDA

Confirmation of skin compatibility for ADR SOL POWDER

This document confirms that ADR SOL POWDER has undergone open dermatological testing involving twenty-five volunteers with no history of allergies. Based on this study, it was concluded that the product is well tolerated by the skin and meets the criteria for skin compatibility testing. The certificate classifies the preparation as non-irritating. Iwona Świniańska, head of the dermatology and stability section, signed the document.
 

 

 

 

 

SAFETY DATA SHEET IN ACCORDANCE WITH REGULATION(EC) NO. 1907/2006 (REACH) AS AMENDED

Safety data for ADR SOL POWDER

Safety Data Sheet (SDS) for ADR SOL POWDER, compliant with European regulations, including REACH. This product is a water-soluble impregnating powder designed to modify various materials, such as fabrics, wood or walls, to protect them against variable frequency electromagnetic fields. The sheet describes in detail the identification of the product and the supplier, and states that the mixture is not classified as hazardous to human health or the environment. The document also contains key information on first aid, fire-fighting measures, procedures in case of release, and requirements for storage and personal protection. In addition, it contains data on physicochemical properties, toxicological and ecological information, and guidelines for waste disposal.
 

VOC emission tests performed on paint mixed with ADR SOL in accordance with ISO 16000

 

 

 

 

SZCZESNY GORSKI D.Sc., STANISŁAW WOSIŃSKI ENG. RENATA HAUSA-NGANGULI M.SC.

Thermographic assessment of hand blood supply in individuals with circulatory disorders using the ADR-4 stimulator

A thermographic assessment of resting blood flow and vasomotor function was performed in 18 individuals with Raynaud’s phenomenon and impaired limb blood flow. After the initial examination, 8 individuals used the ADR-4 energy stimulator and 8 used an inactive placebo (random selection). Thermographic examinations were repeated on days 1, 3, 7, 14 and 21. Among other things, finger and hand temperatures and the rate of temperature recovery after cooling were assessed. In individuals using the active ADR-4, an increase in the analysed indicators was observed, particularly on days 14 and 21, which was not found in the dummy group. The results indicate a possible positive effect of ADR-4 on peripheral blood circulation.
 




Szczęsny Górski, Stanisław Wosiński, Wojciech Suwała, Bogumir Grala

Clinical evaluation of the effectiveness of the ADR-4 stimulator in renal dysfunction

The aim of the study was to investigate the effect of the ADR-4 magnetic energy stimulator on renal function assessed by quantitative renocystography using DTPA Tc99m and hippuran J125. The study was conducted on two randomly selected groups of patients with moderate or severe renal impairment. After discarding incomplete results, the analysis included 21 people using ADR-4 for a month and 12 people using an inactive placebo, and the studies were performed in a double-blind trial. Changes in 32 indicators of kidney function were analysed by comparing baseline and final results using Student’s t-test and Wilks’ lambda test. In the group using ADR-4, a significant improvement was found in, among others, urine output, diuresis, filtration (for the better kidney), hippuran excretion indicators and urine outflow parameters, as well as a reduction in the average filtration transport time. In the control group, the changes were insignificant or unfavourable, indicating a possible beneficial effect of monthly ADR-4 use on renal function in patients with renal impairment.
 

 

 

 

A. Królicka, R. Kartanowicz, S. A. Wosiński, A. Szpitter, M. Kamiński, E. Łojkowska Enzyme and Microbial Technology 2006

Electromagnetic stimulation and its effect on increasing the production of biologically active compounds in Ammi majus in vitro cultures

The article analyses the impact of ADR-4 stimulating plates on the production of secondary metabolites in Ammi majus callus cultures. It has been demonstrated that the effect of an electromagnetic field on the culture medium increases the accumulation of umbelliferone and bergapten and accelerates tissue growth. The methods of extraction of these compounds were also compared, with accelerated solvent extraction (ASE) being identified as the most effective. The authors suggest that changes in the structure of water under the influence of a magnetic field may activate the defence mechanisms of plants. The results indicate the possibility of increasing the yield of compounds used in dermatology.
 

Publications

Effect of electromagnetic fields on dwarf bean growth

The study examines how electromagnetic fields and their shielding influence plant growth. Results confirm a measurable impact on development depending on exposure conditions.

Impact of low-frequency electric field shielding on human sperm motility

This research presents the effect of shielding low-frequency electric fields on sperm motility. Findings indicate significant changes in biological activity under controlled conditions.

Influence of electromagnetic fields on carrot seed quality

The study investigates how electromagnetic fields and shielding affect seed quality. Results suggest a correlation between exposure and germination performance.

 
 

Scientific foundations and proven effectiveness

Presented to you, the extensive documentation, including numerous research reports, certificates, and scientific opinions, which represents only a part of the long-term research and development process that forms the foundation of ADR technology. Our commitment to delivering products of the highest, consistent quality is based on solid scientific foundations, transparent collaboration with renowned research institutions, and rigorous testing aimed at verifying the effectiveness and safety of the solutions offered. We are proud to share these results with our partners – companies, distributors, and individual clients in Poland and around the world.

 

The effectiveness of our products, such as ADR SOL WALLS and ADR SOL FABRIC, has been confirmed through a series of specialized tests conducted by independent, accredited laboratories. These tests, carried out in accordance with international standards such as PN-EN and JIS, provide objective evidence of the unique properties of our technologies. These are typically physical phenomena that do not initiate chemical reactions or alter the chemical composition of materials. Changes occur at the level of the structure and state of the material – through rotations of magnetic moments and charge flow – rather than through the creation of new substances. This scientific explanation of the mechanism of action is crucial for understanding the durability and stability of the effects provided by our products and forms the foundation of our patents. Our work enables us to continuously improve ADR technology to deliver innovative and effective solutions to the global market.