CELLULAR ANTENNAS - protect
Plaque MOBIELE ANTENNES - bescherming tegen de schadelijke emissies van mobiele operator antennes, inclusief 5G.
De onderdrukkingsplaat voor MOBIELE ANTENNES creëert een veld dat de zendpulsen van de GSM-operatoren bijna volledig elimineert. Tegelijkertijd wordt de signaalontvangst door GSM-apparaten niet verstoord. De effectieve veldstraal is ongeveer 20 m bij normale belasting van mobiele operator zenders (2 tot 3 masten). Ervaring leert dat het het meest effectief is om de plaat aan het raamkozijn of de muur van het huis te bevestigen die naar de GSM-operator zenders is gericht. Als je woont tussen een "bos van mobiele operator masten," is het nuttig om het gebied te berekenen en mogelijk een extra plaat te plaatsen. Als de masten vanuit verschillende richtingen uitstralen, is het wenselijk dat de platen aan die muren of ramen worden bevestigd vanwaar de stralingsbronnen afkomstig zijn.
Dekking:
De effectieve veldstraal is ongeveer 20 m bij normale belasting van mobiele operator zenders (2 tot 3 masten).
Plaatsing van de plaat:
Het is het meest effectief om de plaat aan het raamkozijn of de muur van het huis te bevestigen die naar de GSM-operator zenders is gericht. Als de masten vanuit verschillende richtingen uitstralen, is het wenselijk dat de platen aan die muren of ramen worden bevestigd vanwaar de stralingsbronnen afkomstig zijn.
Plak MOBILANTENNER - beskyttelse mod skadelige emissioner fra mobiloperatørantenner, herunder 5G.
MOBILANTENNER-undertrykkelsespladen skaber et felt, der næsten fuldstændigt eliminerer transmissionens pulsfrekvenser fra GSM-operatørens sendere. Samtidig forstyrres modtagelsen af signalet fra GSM-enheder ikke. Det effektive feltdiameter er omkring 20 m under normal belastning fra mobiloperatørens sendere (2 til 3 master). Erfaring viser, at det er mest effektivt at fastgøre pladen til vinduesrammen eller væggen af huset, der vender mod GSM-operatørens sendere. Hvis du bor blandt en "skov af mobilmaster", vil det være nyttigt at beregne området og eventuelt placere en ekstra plade. Hvis masterne udsender fra forskellige retninger, er det ønskeligt, at pladerne fastgøres til de vægge eller vinduer, hvorfra strålingskilderne udspringer.
Dækning:
Det effektive feltdiameter er omkring 20 m under normal belastning fra mobiloperatørens sendere (2 til 3 master).
Placering af pladen:
Det er mest effektivt at fastgøre pladen til vinduesrammen eller væggen af huset, der vender mod GSM-operatørens sendere. Hvis masterne udsender fra forskellige retninger, er det ønskeligt, at pladerne fastgøres til de vægge eller vinduer, hvorfra strålingskilderne udspringer.
Plakett for MOBILE ANTENNER - beskyttelse mot skadelige utslipp fra mobiloperatørantenner, inkludert 5G.
MOBILE ANTENNER-undertrykkelsesplaketten skaper et felt som nesten fullstendig eliminerer overføringspulser fra GSM-operatørenes sendere. Samtidig blir ikke mottaket av signalet av GSM-enheter forstyrret. Den effektive feltets diameter er omtrent 20 m under normal belastning fra mobiloperatørens sendere (2 til 3 master). Erfaring viser at det er mest effektivt å feste plaketten til vindusrammen eller veggen på huset som vender mot GSM-operatørenes sendere. Hvis du bor blant en "skog av mobilmaster", vil det være nyttig å beregne området og muligens plassere en ekstra plakett. Hvis mastene sender ut fra forskjellige retninger, er det ønskelig at plakettene festes til de veggene eller vinduene hvor strålingskildene kommer fra.
Dekning:
Den effektive feltets diameter er omtrent 20 m under normal belastning fra mobiloperatørens sendere (2 til 3 master).
Plassering av plaketten:
Det er mest effektivt å feste plaketten til vindusrammen eller veggen på huset som vender mot GSM-operatørenes sendere. Hvis mastene sender ut fra forskjellige retninger, er det ønskelig at plakettene festes til de veggene eller vinduene hvor strålingskildene kommer fra.
Plakett för MOBILA ANTENNER - skydd mot skadliga utsläpp från mobiloperatörers antenner, inklusive 5G.
MOBILA ANTENNER-undertryckningsplaketten skapar ett fält som nästan helt eliminerar överföringspulsfrekvenserna från GSM-operatörernas sändare. Samtidigt störs inte mottagningen av signalet av GSM-enheter. Den effektiva fältdiametern är cirka 20 m under normal belastning från mobiloperatörernas sändare (2 till 3 master). Erfarenhet visar att det är mest effektivt att fästa plaketten på fönsterkarmen eller väggen på huset som vetter mot GSM-operatörernas sändare. Om du bor bland en "skog av mobilmaster" kan det vara till hjälp att beräkna området och eventuellt placera ytterligare en plakett. Om masterna sänder från olika riktningar är det önskvärt att plaketter fästs på de väggar eller fönster varifrån strålningskällorna härstammar.
Täckning:
Den effektiva fältdiametern är cirka 20 m under normal belastning från mobiloperatörernas sändare (2 till 3 master).
Placering av plaketten:
Det är mest effektivt att fästa plaketten på fönsterkarmen eller väggen på huset som vetter mot GSM-operatörernas sändare. Om masterna sänder från olika riktningar är det önskvärt att plaketter fästs på de väggar eller fönster varifrån strålningskällorna härstammar.
Mobiiliverkkojen ANTENNIT - suojaa matkapuhelinoperaattoreiden antennien, mukaan lukien 5G, haitallisilta päästöiltä.
Mobiiliverkkojen ANTENNIT -vaimennuslaatta luo kentän, joka eliminoi lähes kokonaan siirtopulssien taajuudet GSM-operaattorien lähettimistä. Samanaikaisesti GSM-laitteiden signaalin vastaanotto ei häiriinny. Tehokas kentän halkaisija on noin 20 m normaalissa kuormituksessa mobiilioperaattorin lähettimistä (2-3 mastoa). Kokemus osoittaa, että on tehokkainta kiinnittää laatta ikkunakehykseen tai talon seinään, joka on suunnattu GSM-operaattorin lähettimiin. Jos asut "mobiilimastojen metsän" keskellä, olisi hyödyllistä laskea alue ja mahdollisesti sijoittaa toinen laatta. Jos mastot lähettävät eri suunnista, on suositeltavaa, että laatat kiinnitetään niihin seiniin tai ikkunoihin, joista säteilyn lähteet ovat peräisin.
Peitto:
Tehokas kentän halkaisija on noin 20 m normaalissa kuormituksessa mobiilioperaattorin lähettimistä (2-3 mastoa).
Laatan sijoitus:
On tehokkainta kiinnittää laatta ikkunakehykseen tai talon seinään, joka on suunnattu GSM-operaattorin lähettimiin. Jos mastot lähettävät eri suunnista, on suositeltavaa, että laatat kiinnitetään niihin seiniin tai ikkunoihin, joista säteilyn lähteet ovat peräisin.
Placca ANTENNE MOBILI - protezione dalle emissioni dannose delle antenne degli operatori mobili, incluso il 5G.
La placca di soppressione ANTENNE MOBILI crea un campo che elimina quasi completamente le frequenze di impulso di trasmissione dagli operatori GSM. Allo stesso tempo, la ricezione del segnale da parte dei dispositivi GSM non è disturbata. Il diametro del campo effettivo è di circa 20 m sotto carico normale dagli operatori mobili (2-3 antenne). L'esperienza dimostra che è più efficace fissare la placca al telaio della finestra o alla parete della casa rivolta verso gli operatori GSM. Se vivi tra una "foresta di antenne mobili", sarebbe utile calcolare l'area e possibilmente posizionare un'altra placca. Se le antenne emettono da diverse direzioni, è consigliabile fissare le placche a quelle pareti o finestre da cui provengono le fonti di radiazione.
Copertura:
Il diametro del campo effettivo è di circa 20 m sotto carico normale dagli operatori mobili (2-3 antenne).
Posizionamento della placca:
È più efficace fissare la placca al telaio della finestra o alla parete della casa rivolta verso gli operatori GSM. Se le antenne emet
tono da diverse direzioni, è consigliabile fissare le placche a quelle pareti o finestre da cui provengono le fonti di radiazione.
Plaque ANTENNES MOBILES - protection contre les émissions nocives des antennes des opérateurs mobiles, y compris la 5G.
La plaque de suppression des ANTENNES MOBILES crée un champ qui élimine presque complètement les fréquences d'impulsion de transmission des émetteurs des opérateurs GSM. En même temps, la réception du signal par les appareils GSM n'est pas perturbée. Le diamètre du champ effectif est d'environ 20 m sous une charge normale des émetteurs des opérateurs mobiles (2 à 3 mâts). L'expérience montre qu'il est plus efficace de fixer la plaque au cadre de la fenêtre ou au mur de la maison face aux émetteurs des opérateurs GSM. Si vous vivez parmi une "forêt de mâts d'opérateurs mobiles", il serait utile de calculer la zone et de placer éventuellement une autre plaque. Si les mâts émettent de différentes directions, il est souhaitable que les plaques soient fixées aux murs ou aux fenêtres d'où émanent les sources de rayonnement.
Couverture:
Le diamètre du champ effectif est d'environ 20 m sous une charge normale des émetteurs des opérateurs mobiles (2 à 3 mâts).
Placement de la plaque:
Il est plus efficace de fixer la plaque au cadre de la fenêtre ou au mur de la maison face aux émetteurs des opérateurs GSM. Si les mâts émettent de différentes directions, il est souhaitable que les plaques soient fixées aux murs ou aux fenêtres d'où émanent les sources de rayonnement.
Placa ANTENAS MÓVILES - protección contra las emisiones perjudiciales de las antenas de los operadores móviles, incluyendo 5G.
La placa de supresión de ANTENAS MÓVILES crea un campo que elimina casi por completo las frecuencias de pulso de transmisión de los transmisores de los operadores GSM. Al mismo tiempo, la recepción de la señal por los dispositivos GSM no se ve afectada. El diámetro del campo efectivo es de unos 20 m bajo una carga normal de los transmisores de los operadores móviles (2 a 3 mástiles). La experiencia muestra que es más efectivo fijar la placa al marco de la ventana o a la pared de la casa que da hacia los transmisores de los operadores GSM. Si vives entre un "bosque de mástiles de operadores móviles", sería útil calcular el área y posiblemente colocar otra placa. Si los mástiles emiten desde diferentes direcciones, es deseable que las placas se fijen a esas paredes o ventanas de donde emanan las fuentes de radiación.
Cobertura:
El diámetro del campo efectivo es de unos 20 m bajo una carga normal de los transmisores de los operadores móviles (2 a 3 mástiles).
Colocación de la placa:
Es más efectivo fijar la placa al marco de la ventana o a la pared de la casa que da hacia los transmisores de los operadores GSM. Si los mástiles emiten desde diferentes direcciones, es deseable que las placas se fijen a esas paredes o ventanas de donde emanan las fuentes de radiación.
Płytka ANTENY MOBILNE - ochrona przed szkodliwymi emisjami anten operatorów komórkowych, w tym 5G.
Płytka tłumiąca ANTENY MOBILNE tworzy pole, które niemal całkowicie eliminuje częstotliwości impulsów transmisji z nadajników operatorów GSM. Jednocześnie odbiór sygnału przez urządzenia GSM nie jest zakłócony. Skuteczna średnica pola wynosi około 20 m przy normalnym obciążeniu nadajników operatorów komórkowych (2 do 3 masztów). Doświadczenie pokazuje, że najskuteczniej jest przymocować płytkę do ramy okna lub ściany domu skierowanej w stronę nadajników operatorów GSM. Jeśli mieszkasz wśród "lasu masztów operatorów komórkowych", warto obliczyć powierzchnię i ewentualnie umieścić dodatkową płytkę. Jeśli maszty emitują z różnych kierunków, zaleca się, aby płytki były przymocowane do tych ścian lub okien, z których emitują źródła promieniowania.
Pokrycie:
Skuteczna średnica pola wynosi około 20 m przy normalnym obciążeniu nadajników operatorów komórkowych (2 do 3 masztów).
Montaż płytki:
Najskuteczniej jest przymocować płytkę do ramy okna lub ściany domu skierowanej w stronę nadajników operatorów GSM. Jeśli maszty emitują z różnych kierunków, zaleca się, aby płytki były przymocowane do tych ścian lub okien, z których emitują źródła promieniowania.
Mobil antenleri plakası - Mobil operatör antenlerinin zararlı emisyonlarına, 5G dahil, karşı koruma.
Mobil antenleri bastırma plakası, GSM operatör vericilerinin iletim darbe frekanslarını neredeyse tamamen ortadan kaldıran bir alan oluşturur. Aynı zamanda, GSM cihazları tarafından sinyalin alınması kesintiye uğramaz. Etkili alan çapı, mobil operatör vericilerinin normal yük altında (2 ila 3 direk) yaklaşık 20 m'dir. Deneyimler, plakanın GSM operatör vericilerine bakan evin pencere çerçevesine veya duvarına monte edilmesinin en etkili olduğunu göstermektedir. Eğer "mobil operatör direkleri ormanı" içinde yaşıyorsanız, alanı hesaplamak ve muhtemelen başka bir plaka yerleştirmek faydalı olacaktır. Direkler farklı yönlerden yayın yapıyorsa, plakaların radyasyon kaynaklarının yayıldığı duvarlara veya pencerelere monte edilmesi önerilir.
Kapsama alanı:
Etkili alan çapı, mobil operatör vericilerinin normal yük altında (2 ila 3 direk) yaklaşık 20 m'dir.
Plakanın yerleştirilmesi:
Plakanın GSM operatör vericilerine bakan evin pencere çerçevesine veya duvarına monte edilmesi en etkili yöntemdir. Direkler farklı yönlerden yayın yapıyorsa, plakaların radyasyon kaynaklarının yayıldığı duvarlara veya pencerelere monte edilmesi önerilir.
اللوحة الخاصة بهوائيات الهاتف المحمول - الحماية من الانبعاثات الضارة لهوائيات مشغلي الهواتف المحمولة، بما في ذلك 5G.
تعمل لوحة قمع هوائيات الهاتف المحمول على إنشاء مجال يقضي تقريبًا تمامًا على ترددات نبضات الإرسال من أجهزة الإرسال الخاصة بمشغلي GSM. في نفس الوقت، لا تتعطل استقبال الإشارة من أجهزة GSM. قطر المجال الفعال حوالي 20 متر تحت الحمل العادي من أجهزة الإرسال الخاصة بمشغلي الهاتف المحمول (2 إلى 3 أبراج). تظهر التجربة أن أفضل طريقة لتثبيت اللوحة هي على إطار النافذة أو جدار المنزل المواجه لأجهزة الإرسال الخاصة بمشغلي GSM. إذا كنت تعيش بين "غابة من أبراج مشغلي الهاتف المحمول"، فسيكون من المفيد حساب المنطقة وربما وضع لوحة أخرى. إذا كانت الأبراج تبث من اتجاهات مختلفة، فمن المستحسن أن يتم تثبيت اللوحات على تلك الجدران أو النوافذ التي تنبعث منها مصادر الإشعاع.
التغطية:
قطر المجال الفعال حوالي 20 متر تحت الحمل العادي من أجهزة الإرسال الخاصة بمشغلي الهاتف المحمول (2 إلى 3 أبراج).
وضع اللوحة:
أفضل طريقة لتثبيت اللوحة هي على إطار النافذة أو جدار المنزل المواجه لأجهزة الإرسال الخاصة بمشغلي GSM. إذا كانت الأبراج تبث من اتجاهات مختلفة، فمن المستحسن أن يتم تثبيت اللوحات على تلك الجدران أو النوافذ التي تنبعث منها مصادر الإشعاع.
The Danger of Cellular Antennas
Mobile cellular antennas used in 2G, 3G, 4G, and especially 5G networks operate at frequencies that are close to the resonant frequencies of water molecules. Since the human body is composed of over 70% water, these frequencies easily penetrate tissues and cells, exerting negative effects on health. The problem is exacerbated by the fact that these waves can easily pass through building walls, especially when antennas are placed in close proximity to residential or workspaces. This is a particularly serious issue in large cities, where cellular antennas are densely located, creating a high density of electromagnetic radiation.
Many people report that after the installation of antennas near their homes, they experience tension and various physical discomforts—tingling, numbness, headaches, palpitations... This is why it is important to know that there are ways to protect our homes, and it is advisable to take the necessary measures before our health suffers irreparable harm.
Legal Standards and Safe Distance from 5G Antennas
There is currently an active global debate regarding safe levels of radiation and the potential risks to human health. Scientists and activists are presenting increasing evidence of the potential harms of high-frequency emissions, but they often face strong opposition from the companies that implement and use this equipment. Although frequency emissions, such as those from 5G, are relatively new and their impact on humans is not yet fully studied, they continue to be rapidly implemented worldwide. Scientists from various countries agree that the current safety standards exceed the levels that are safe for humans. However, government institutions and mobile operators reassure us that the radiation from 5G antennas is within "commonly accepted safety standards." This only means that it is difficult to prove any harm and seek compensation for deteriorating health. In reality, there are no "commonly accepted standards," as each country sets its own regulations, and safety standards vary greatly between countries. If you closely examine the Salzburg Resolution of 2001, you will find that the standards adopted by national legislation in countries such as Austria, Switzerland, and the UK (maximum allowable indoor voltage is from 0.05 to 0.50 V/m, and emitted wave density is from 10 to 1000 μW/cm²) are significantly stricter than those in countries like China, Italy, and Bulgaria, for example.
We are witnessing how technological progress and economic development, along with financial interests, are prioritized, while the potential negative effects on human health are overlooked.
Specifics of Radiation from Cellular Antennas
We are accustomed to associating the strength of radiation with the distance between us and the source, and in most cases, this is true. However, when it comes to mobile operator antennas, it is also important to know that they have directed emissions and varying power levels. We can compare their directional emission to a spotlight—whether we are “dimly lit” or caught in its focus depends not only on the distance from the antenna but also on its power and direction of emission.
This means that your home may be positioned on the opposite side of the radiation (in the "shadow") and be less affected, or conversely, it may fall directly into the focus of the most intense emission. The most accurate assessment of the actual electromagnetic load in a home can be made by measuring the signal strength and intensity with the help of a specialist. However, in many cases, residents of highly affected homes also experience subjective sensations and physical discomforts, indicating that something is wrong.
Even with the slightest suspicion that excessive radiation from cellular antennas is penetrating your home, we recommend consulting a diagnostic specialist or following our advice to protect your home.
Health Effects
The human central nervous system functions through delicate electrical impulses. Our bodies are conductive, making us highly sensitive to any changes in the surrounding emissions. A person can rest and work in an environment that is minimally exposed to electromagnetic impulses – the maximum allowable voltage for indoor spaces is between 0.05 and 0.50 V/m, and the wave emission density should be in the range of 10 to 1000 μW/cm². Inspections of homes located near cellular antennas often reveal significant exceedances of these limits!
What Are the Consequences for Us?
Over time, a person becomes irritable, restless, and easily agitated. Sleep quality deteriorates, making it difficult to rest at night (chronic fatigue), concentrate during the day, and maintain neurological balance. Blood pressure fluctuations are also common.
The most frequently reported health symptoms from exposure to 5G cellular antennas include: sleep disturbances, headaches, fatigue, irritability, difficulty concentrating, short-term memory loss, emotional stress, susceptibility to depression, anxiety and panic attacks, dysesthesia (altered sensation), burning and piercing pain in the skin, cardiovascular issues, shortness of breath, and muscle and joint pain. Less commonly, tinnitus (ringing in the ears) is observed.
In young children, including infants just a few months old and those up to seven years of age, conditions resembling epilepsy are often observed without any identifiable physiological, functional, or biochemical cause. Studies in most cases register an overstimulated state of the central nervous system.
In homes located near mobile communication antennas, children frequently experience anxiety, unexplained fear, and abrupt awakenings... They then struggle to fall back asleep and, as a whole, remain in an emotionally and physically unstable condition. The same symptoms are also observed in adults.
If, after the installation of cellular antennas near your home, you notice similar symptoms in yourself or your loved ones, and these symptoms intensify when you return home, this is a clear sign that you need to take action to secure your living space.
A mother and daughter from a quiet neighborhood in a regional city reached out to us for help.
Over the past year, they have been feeling increasing vibrations in their bedroom and other rooms in their home to the extent that they have lost their peaceful sleep. There are days when the vibration and tension are so intense that the muscles in their arms and legs make involuntary contractions and tremble.
Due to the inability to use their bedroom, they have moved out and are sleeping in a hammock in their garden!
Upon inspection, it was found that there are several mobile operator antennas near the building, and the level of saturation with the waves emitted by them throughout their home exceeds the permissible norms multiple times!
We were consulted by the residents of a penthouse apartment in a prestigious district of the capital.
They had lost their sleep, peace, and health just a few months after the installation of a five-mast mobile operator antenna located 20 meters away from them.
The measured levels of radiation on the large outdoor terrace showed an antenna signal peak of 6 V/m and a signal density of 75,000 µW/m², while the safety standard for open urban spaces is below 2 V/m and below 5,000 µW/m²! Inside the living space, the levels were 4 – 6 V/m and 35,000 µW/m², with the safety standard for indoor residential spaces being below 0.50 V/m and below 500 µW/m²!!!
In this case, the standards were exceeded by more than 10 times in one parameter and 70 times in another!!!
Following our advice, the owners undertook a series of administrative actions to reinstall the problematic antenna at a safe distance from the residential building, after which it became possible to fully harmonize the living environment.
During a check for harmful emissions at a two-story house, extremely high levels of electrical and antenna signals were detected both in and around the building.
The house was located in a neighborhood with several mobile operator antennas, which formed a combined field with signal peaks of 6 V/m and a signal density of 67,000 µW/m².
Thermal camera imaging revealed that the walls of the building, clad with insulating material styrofoam, resonated with the electrical and antenna signals, generating secondary low-frequency vibrations that are particularly harmful to humans. The walls literally glowed in orange-red as if they were heated to 70 degrees Celsius!
Discover the Power of Plaques
and How They Can Support You in Daily Life
Plaques are metal carriers embedded with information. They operate on the principle of energy-information interaction, creating powerful protective fields around the person and their surroundings. These are among the most effective and modern protective measures available. The impact of plaques is based on measurable physical principles, but it is so well-designed and multifaceted that many perceive it as magic.
Mobile Antenna Plaque - Suppression of Cellular Antennas
The plaque suppresses harmful emissions from mobile operator antennas of 2G, 3G, 4G, and 5G networks without disrupting signal reception.
The "Mobile Antennas - Suppression" plaque plaque creates an In-field, which almost completely eliminates the impulse frequencies transmitted by mobile operator antennas. At the same time, it does not interfere with the reception of mobile phone signals.
The effective field of the plaque has a diameter of approximately 20 meters and effectively shields a standard load of 2 to 3 transmission panels on mobile antennas. It is recommended to attach the plaque to the window sill or the wall of the house facing the mobile operator's transmitters. If you live in an area with multiple emitters, it may be beneficial to calculate the coverage area and add an additional plaque. If antennas transmit from different directions or are located above your apartment, it is advisable to place the plaques on the walls or windows facing the source of the radiation.
Update 2019:
The plaque includes an upgrade for protection against 5G emissions and supports the integration of fine sensory perception, especially during peak levels of radiation exposure.
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Other Ways to Protect Yourself from This Type of Radiation
Protective measures in such situations can be quite costly. Depending on the magnitude of the penetrating radiation, various methods can be applied to secure the home.
- The most modern and effective solution in this case is the Mobile Antennas Suppression Plaque. This is a convenient and economical way to suppress this type of radiation, which is continuously expanding in the modern world.
- In cases of a strong magnetic electric field emitted by mobile operator antennas, specially designed protective panels and sheets can be used. These are installed with a grounding loop and are capable of permanently resolving such issues.
- The construction of triple-glazed windows with low-emissivity and high-energy glass also helps significantly. In areas with aggressive combined radiation, it is recommended to apply additional electromagnetic radiation-neutralizing foil to the windows.
- It is also possible to install dense aluminum shutters on the windows, which can be tightly closed during rest periods.
- Additionally, there are composite roof paints available for facades and interior spaces, specially designed for protection against various types and intensities of electromagnetic fields.