#telecommunications tower

[ravensvalley]

#TelecommunicationTower

There is no escape from technology; It is everywhere.

[wfxue]

20231221_F0001: The museums in front of Kaknäs telecommunications tower by Wei-Feng Xue Via Flickr: - From a trip to Stockholm over #10YearsAgo. In front of the main telecommunications tower of Stockholm is a campus of many museums.

[questioningespecialy]

Are EMF’s safe? (come, child, ruin your night)

y’all ready for this? I’m not anti-5G, btw turn your wifi off before bed and maybe stop keepin’ ya phone so close all the time

But like... why, though?

I've had my suspicions about cell towers being hazardous to health for a few years now and felt convinced enough to not bother researchin' it for confirmation. Now that I'm blah blah blah, I decided to actually bother. Since it got kinda heavy, I had to ask myself if I should put in hella more effort creatin' a damn research report of sorts for y'all asses present the info for others like it's a damn PSA. And my conscious won. T~T

But like... what, though?

A base station (aka: cell phone tower) is that shit you see everywhere but never notice. It's usually tall af and has panel antennas on it. It's "used for the transmission and reception of the radio signals between the mobile phones and the network." The problem with 'em is the electromagnetic field (EMF) their equipment can give off... for half a mile. 😐

In short, they've been found to cause health problems. Like cancer. 🤷🏿‍♂️

Fun fact, panel antennas can be installed on the roof/side of buildings that may be directly across the street from someone's workplace... with the antenna at their elevation. 🤷🏿‍♀️

Real Quick

For those who don’t trust EMF-Portal, it (sometimes) has links to the study/article. Full-text PDF can be requested directly from the authors on ResearchGate.net’s article for the study. Full-text PDF can (usually) be found online in English and German with the right search.

5 Studies

V/m = volts per meter 7191 cancer deaths were selected according to the above mentioned criterias out of a total of 22,493 cancer deaths. The most significant causes were lung cancer (19.6 %), stomach cancer (14.1 %), prostate cancer (12.6 %), and breast cancer (11.5 %). The mean electric field intensity of the measurements in 2008 was 7.32 V/m, varying from 0.4 to 12.4 V/m. At a distance of up to 100 m [328.08 ft], the absolute number of deaths was 3569, (49.6 % of all deaths), the mortality rate was 43.4 persons per 10,000 [0.43%] and the relative risk was 1.35 in relation to the mortality rate of 32.1 per 10,000 [0.32%] inhabitants of the entire Belo Horizonte municipality [in Minas Gerais, Brazil]. A mortality rate of 34.8 per 10,000 [0.35%] inhabitants was observed for the residents living within 500 m [1,640.42 ft] of the base stations; this rate decreased for residents living farther from the base stations.

—Mortality by neoplasia and cellular telephone base stations in the Belo Horizonte municipality, Minas Gerais state, Brazil; Science of The Total Environment (2011); EMF-Portal

ResearchGate.net’s article

The result of the study [of 967 permanent residents] shows that the proportion of newly developing cancer cases was significantly higher among those [320] patients who had lived during the past ten years at a distance of up to 400 metres [1,312.34 ft] from the cellular transmitter site, which has been in operation since 1993, compared to those patients living further away, and that the patients fell ill on average 8 years earlier. In the years 1999-2004, ie after five years' operation of the transmitting installation, the relative risk of getting cancer had trebled for the residents of the area in the proximity of the installation compared to the inhabitants of Naila[,Germany,] outside the area.

—The Influence of Being Physically Near to a Cell Phone Transmission Mast on the Incidence of Cancer (original title: ‘Einfluss der räumlichen Nähe von Mobilfunksendeanlagen auf die Krebsinzidenz’); Umwelt · Medizin · Gesellschaft (2004); ResearchGate.net

EMF-Portal

9 cancer cases were observed in the first period 2000 - 2004 and 14 cases in the period 2005 - June 2007 among [1,283] residents living within a radius of 400 m [1,312.34 ft] to a mobile phone base station [in Germany (Hennen, suburb of Iserlohn, Westfalia)]. The mean age of disease onset was 59.2 years in the first period and 59.3 years in the second period in comparison to the expected value of 66.4 years evaluated from the Saarland Cancer Registry. The authors concluded, that a statistically significant increase of cancer incidence was observed 5 years after the base station has been started operating.

—[Incidence of cancer adjacent to a mobile telephone basis station in Westfalia] (original title: Krebsinzidenz von Anwohnern im Umkreis einer Mobilfunksendeanlage in Westfalen - Interview-basierte Piloterhebung und Risikoschätzung); Umwelt · Medizin · Gesellschaft (2009); EMF-Portal

Area A: ≤ 350 m / 1148.3 ft from base station Area B: > 350 m / 1148.3 ft from base station Of the 622 people of area A, 8 cases of different kinds of cancer were diagnosed in a period of one year (from July 1997 - June 1998). The cancer incidence rate was 129 cases per 10,000 [1.29%] persons per year in area A compared to 16/10,000 [0.16%] in area B and 31/10,000 [0.31%] in the town of Netanya [in Israel]. Relative cancer rates for females were 10.5 for area A, 0.6 for area B and 1 for Netanya. The authors conclude that the study indicates an association between increased incidence of cancer and living in proximity to a mobile phone base station.

—Increased incidence of cancer near a cell-phone transmitter station; International Journal of Cancer Prevention (2004); EMF-Portal

ResearchGate.net

Took forever to get this damn infographic just right. >.>

A long-term study was conducted in Germany to investigate the influence of a mobile phone base station on neurotransmitters under true-to-life conditions. µW/m² = microWatts per square meter 24 out of 60 participants were exposed to a power density of < 60 µW/m², 20 participants to 60 - 100 µW/m², and 16 participants to more than 100 µW/m² . The values of the stress hormones adrenaline and noradrenaline grew significantly during the first 6 months after starting the GSM base station; the values of the precursor substance dopamine substantially decreased in this time period. The initial condition was not restored even after 1.5 years. Due to the not regulable chronic difficulties of the stress balance, the phenylethylamine levels dropped until the end of the investigation period. The effects show a dose-effect relationship and are situated far under the valid limit values.

—[Modification of clinically important neurotransmitters under the influence of modulated high-frequency fields - A long-term study under true-to-life conditions] (original title: Veränderung klinisch bedeutsamer Neurotransmitter unter dem Einfluss modulierter hochfrequenter Felder - Eine Langzeiterhebung unter lebensnahen Bedingungen); Umwelt · Medizin · Gesellschaft (2011); EMF-Portal

ResearchGate.net’s German article EMF:data page (German)

While I did find 17 different figures for it, I’mma save myself the bother of describin’ dat noise and not include ‘em thanks~.

But what does the FCC say?

FCC.gov’s conclusion seems to be that they’re generally safe for civilian life as long as you don’t get close and aren’t directly in front of the antenna’s trajectory (don’t climb a fuckin’ tower or enter those rooms/buildings). A very “it’s fine” set of conclusions tbh. Hella contrasted by other sources.

Nonetheless… below is the index...

FCC’s RF Safety FAQ Index:

What is "radiofrequency" and microwave radiation?

What is non-ionizing radiation?

How is radiofrequency energy used?

How is radiofrequency radiation measured?

What biological effects can be caused by RF energy?

Can people be exposed to levels of radiofrequency radiation and microwaves that could be harmful?

Can radiofrequency radiation cause cancer?

What research is being done on RF biological effects?

What levels are safe for exposure to RF energy?

Why has the FCC adopted guidelines for RF exposure?

How safe are mobile phones? Can they cause cancer?

How can I obtain the specific absorption rate (SAR) value for my mobile phone?

Do "hands-free" ear pieces for mobile phones reduce exposure to RF emissions?   What about mobile phone accessories that claim to shield the head from RF radiation?

Can mobile phones be used safely in hospitals and near medical telemetry equipment?

Are wireless and PCS towers and antennas safe?

Are cellular and other radio towers located near homes or schools safe for residents and students?

Are emissions from radio and television antennas safe?

How safe are radio antennas used for paging and "two-way" communications?   What about "push-to-talk" radios such as "walkie-talkies?"

How safe are microwave and satellite antennas?

Are RF emissions from amateur radio stations harmful?

What is the FCC's policy on radiofrequency warning signs?  For example, when should signs be posted, where should they be located and what should they say?

Can implanted electronic cardiac pacemakers be affected by nearby RF devices such as microwave ovens or cellular telephones?

Does the FCC regulate exposure to radiation from microwave ovens, television sets and computer monitors?

Does the FCC routinely monitor radiofrequency radiation from antennas?

Does the FCC maintain a database that includes information on the location and technical parameters of all the towers and antennas it regulates?

Which other federal agencies have responsibilities related to potential RF health effects?

Can local and state governmental bodies establish limits for RF exposure?

Where can I obtain more information on potential health effects of radiofrequency energy?

The Government Accountability Office (GAO) prepared a [2012] report of its investigation into safety concerns related to mobile phones.  The report concluded that further research is needed to confirm whether mobile phones are completely safe for the user, and the report recommended that the FDA take the lead in monitoring the latest research results.

Professional Opinion...

Safe Distance from Cell Towers…

It is also difficult to predict a safe distance from cell towers.  For example, cell towers are designed to transmit most of their radio frequency (RF) energy horizontally.  Some areas below the tower may have lower levels than locations farther away that are more in line with the vertical height of the antennas. The exposure from a cell tower will depend on the type of antennas, the number of antennas, how much the antennas are actually being used, the time of day, etc.  The distance needed to reduce exposures down to the General Public Precautionary Level of 100 microwatts per meter squared (μW/m²) is often around a quarter of a mile (1320 feet) or more.  Due to the uncertainty, on-site testing with a broadband RF test meter is strongly recommended. A German study reported that people living within 400 meters (1312 feet) of cell towers had over 3 times the normal rate for new cancers (City of Naila 2004).  In an Israeli study, the relative risk for cancer was about 4 times greater within 350 meters (1148 feet) of the cell tower (Wolf et al. 1997).  Based on findings like these, a minimum safety distance of 1/4 mile (1320 feet) might be considered prudent. (...) The suggestions for safety distances in this chart are generally based on Michael Neuert’s [engineer, licensed electrician, and health educator] professional on-site testing of the various EMF sources in the San Francisco Bay Area since 1992.

—What Distance is Safe? By Michael R Neuert, MA, BSME, ©2023

helpful table if you want all that info: What EMF Level is Safe? By Michael R Neuert, MA, BSME, ©2023

i know what i said

Based on the accumulated evidence, we recommend that IARC [the International Agency for Research on Cancer] re-evaluate its 2011 classification of the human carcinogenicity of RFR [radio-frequency radiation], and that WHO [the World Health Organization] complete a systematic review of multiple other health effects such as sperm damage. In the interim, current knowledge provides justification for governments, public health authorities, and physicians/allied health professionals to warn the population that having a cell phone next to the body is harmful, and to support measures to reduce all exposures to RFR.

—Risks to Health and Well-Being From Radio-Frequency Radiation Emitted by Cell Phones and Other Wireless Devices; Front Public Health (2019 Aug 13); NCBI

Lookup (or pull out) your cellphone’s manual and search for the sections on “radio frequency exposure” and “Specific Absorption Rate (SAR) information” to see how close the phone can safely be kept near your body… and that it should be kept away from “the bellies of pregnant women and for teenagers, away from the lower abdomen.” 😐

For an informative giggle, here’s the “Harmful Cell Phones” segment from season 7 of The Colbert Report.

[deepaktowers]

The Role of Telecommunications Tower Companies in Modern Connectivity

In today’s fast-paced digital world, the demand for reliable and fast communication networks is at an all-time high. Whether it’s for internet access, mobile connectivity, or data transfer, the need for strong, stable networks is crucial. At the heart of this connectivity lies the telecommunications tower company, which plays a pivotal role in building and maintaining the infrastructure that supports modern communication. One such company, Deepak Towers, stands out as a key player in the telecom infrastructure sector, providing cutting-edge solutions to meet the ever-growing demand for telecommunications services.

The Importance of Telecommunications Towers

Telecommunications towers are the backbone of the global communication network. These towering structures support antennas and other communication equipment that enable voice, data, and video transmission across vast distances. Without telecom towers, mobile phones, internet services, and other wireless communication technologies would simply not function.

The role of a Telecommunications tower company is to design, build, and maintain these essential structures, ensuring that they are operational and capable of meeting the increasing data demands of consumers and businesses. As data consumption continues to rise, driven by streaming services, cloud computing, and mobile devices, the need for more robust and widespread telecom infrastructure becomes paramount.

The Role of Telecom Infrastructure Companies

A Telecom infrastructure company is responsible for the planning, construction, and management of the physical infrastructure that supports telecommunication networks. This infrastructure includes towers, fiber optic cables, data centers, and other essential components that keep the network operational. Telecom infrastructure companies also ensure that the towers are located in strategic areas to provide optimal coverage for users.

In addition to construction, telecom infrastructure companies are responsible for upgrading existing networks to accommodate new technologies such as 5G. With the global rollout of 5G, the need for new telecom towers and infrastructure upgrades has accelerated, as 5G networks require a higher density of towers to deliver faster speeds and lower latency.

Companies like Deepak Towers are at the forefront of this transformation, providing innovative solutions to meet the demands of the modern telecom industry. By building and maintaining state-of-the-art telecom towers, they are helping to pave the way for the next generation of wireless communication.

Key Services Provided by Telecommunications Tower and Infrastructure Companies

Site Acquisition and Development: The first step in building a telecom tower is finding the right location. Telecom infrastructure companies must conduct thorough site evaluations to ensure that the chosen location provides optimal coverage and meets regulatory requirements. Once a site is selected, the company handles the construction, ensuring that the tower is built to withstand environmental conditions and meet all safety standards.

Tower Construction and Maintenance: The core responsibility of a telecommunications tower company is to construct towers that support antennas and other communication equipment. These towers can range in size and type, depending on the needs of the network. In addition to building the towers, telecom infrastructure companies provide ongoing maintenance to ensure that the towers remain operational and safe.

Network Upgrades: As new technologies such as 5G are rolled out, existing networks need to be upgraded to accommodate increased data traffic and faster speeds. Telecom infrastructure companies are responsible for upgrading towers and related equipment to support these new technologies, ensuring that users have access to the latest communication capabilities.

Equipment Installation: In addition to building towers, telecommunications tower companies are responsible for installing the antennas, receivers, and other equipment needed to transmit signals. This includes ensuring that the equipment is properly aligned and configured to provide optimal coverage and connectivity.

Tower Sharing and Leasing: One of the most significant trends in the telecom industry is the sharing of tower infrastructure among multiple network operators. Tower companies like Deepak Towers lease space on their towers to different service providers, allowing multiple operators to use the same infrastructure. This not only reduces costs for the operators but also minimizes the environmental impact of building multiple towers in the same area.

The Role of Deepak Towers in the Telecom Infrastructure Industry

As a leading Telecommunications tower company, Deepak Towers is dedicated to providing high-quality infrastructure solutions that support the needs of modern communication networks. With a focus on innovation, reliability, and sustainability, Deepak Towers is helping to shape the future of the telecom industry by providing state-of-the-art towers that enable faster, more reliable connectivity.

Deepak Towers offers a wide range of services, including site acquisition, tower construction, equipment installation, and network upgrades. The company is also committed to sustainability, using eco-friendly materials and construction techniques to minimize the environmental impact of its towers.

The Future of Telecommunications Infrastructure

The future of telecommunications is closely tied to the development of new technologies and the expansion of existing networks. As demand for data continues to grow, telecom infrastructure companies will play a critical role in ensuring that networks can keep pace with the increasing load.

One of the most significant advancements in telecommunications is the rollout of 5G networks. With 5G, users can expect faster download speeds, lower latency, and improved connectivity, enabling new technologies such as autonomous vehicles, smart cities, and the Internet of Things (IoT) to become a reality. However, these networks require a higher density of towers and infrastructure to deliver their full potential.

Telecom infrastructure companies like Deepak Towers will be essential in the deployment of 5G networks, providing the necessary infrastructure to support this next-generation technology. By building and maintaining the towers and equipment that power these networks, Deepak Towers is helping to ensure that the world remains connected in an increasingly digital age.

Conclusion

The importance of telecommunications tower companies and telecom infrastructure companies cannot be overstated in today’s fast-evolving world of digital communication. As the demand for faster, more reliable networks continues to grow, companies like Deepak Towers play a pivotal role in meeting these challenges by building the infrastructure that powers modern communication.

Whether through the construction of new towers, the upgrading of existing infrastructure, or the deployment of 5G networks, Deepak Towers is helping to shape the future of telecommunications, ensuring that people and businesses around the world stay connected.

[alexsmithson]

Telecommunications In Motion At The BT Tower!

The screwdriver-like BT Tower in Fitzrovia is the focal point of London’s telecommunications to the rest of the world! #shotoniphone #photography #london #british #telecom #telecommunication #communication #summer #city #travel #worldwide

[industowerfanclub]

Apply Now for Top Mobile Phone Tower Installations with Indus Tower

Enhance your telecommunications infrastructure with Indus Tower's reliable network tower solutions. We offer comprehensive services that cater to all your mobile phone tower needs. Visit Indus Tower and see why we're a leading telecommunications service provider in India.

[vandatele]

Telecommunication tower !

[dizzydispatch]

The Tower

There's something ominous about cell towers. 

They stand on hills or in clearings beyond forested acres, huge and unsettling, with their mysterious bracketing and wide panels that blot out the sun, the discs that stand in what almost seems a defiant opposition to the light of the sky. 

They hide in plain sight, disguised under cathedral belfries and standing alongside the church bells that, long before telephone came along to usurp the role of mass communication, would ring out in code when something was wrong.

The day I took the CritiCall, I sat alone in a tiny room with one small window overlooking the county jail, visible through the trees only because of how starkly contrasted its rigid cinderblock construction was against the disorder of the natural world. 

A fish tank bubbled softly from somewhere behind my chair, its sole occupant gazing at me with the indifference of a long-forgotten eldritch god. For a moment I imagined the fish had human teeth, teeth that were grinning at me, or perhaps through me, as it contemplated my inconsequence. I imagined its penetrating awareness of me filling that hour in which I took the exam, a frame of time that might have seemed as long as decades to me but was, for the fish, but a drop in an endless tank. 

The fish itself would live a short life, meaningless when stacked against the century a human may live to see pass if cared for properly. But it would be replaced by another, as this had replaced the one before, and on and on until the end of time. I would later learn that his name was Echo. Fitting, for the creature whose existence was a mere echo of whatever paradigm he exists to facsimile. How many Echos had there been, and how many were still yet to come... come... come...? 

Standing adjacent to the jail out my window was a communications tower that seemed to rise from deep within the earth, or perhaps from whatever lies beneath. The tower leaned down to where I could hear its voice, and whispered in magnificent bellows just two words: Brace yourself.

There was an echo to its endless voice, which had not the capacity for gentleness. Echo stirred in his tank, caught up in the resonance that disturbed his shallow water.

Once upon a time, the Tower was a symbol of destruction, a harbinger of change. Upright, it meant disaster, upheaval, unrest. Inversion meant delay of the inevitable, resistance to changes deemed necessary by fate. The Tower was feared not for its intrinsic danger, but of what it foretold. Destruction. Suffering.

The day I went in for my test, I had drawn from the tarot deck the Tower. Something was coming, and at the time of the omen I was not yet sure what it would be. 

But then the call, the invitation to try my hand at the career of my dreams. Maybe this was what it had promised. I was heading into a great unknown, and the reminder of the draw, one that foretold a painful transition drawing nearer on my horizon, echoed in my mind as I stood beneath that cell tower and looked up into the expanse of the future. 

Learning more of how they work, the cell phone towers dotting the expanses became less mysterious. A feat of engineering to stand almost a mile high in stature, and a medal upon the lapel of human ingenuity that they were able to broadcast the signals that keep us connected in spite of miles in between. As I came to appreciate the beauty of our condition, tied together by telephone wires even as we drift further and further apart, I began to see the Tower in a new light, too. 

In burning can be found a catharsis. In the aftermath of an upheaval, be it a political revolution of millions or the change in career of just one, change was a force neutral by default. Change is made beautiful or devastating or both all at once by the perceptions of those who stand at the tower's base, looking up, as I once did in the parking lot of my new job, at the start of something new. 

[alexsmithson]

The BT Tower Amplifies Sunny London!

The BT Tower amplifies sunny London with its screwdriver-like presence, making it stand out around the city! #shotoniphone #british #telecommunication #photography #london #bt #communication #sunny #summer #architecture

[industowerfanclub]

Indus Tower: Leading Provider of Advanced Network Towers

Explore Indus Tower’s leading network tower solutions that provide robust and reliable connectivity. As a top telecommunications service provider, we offer cutting-edge technology for superior network performance. Discover our services now!

[wfxue]

20231220_F0001: The Kaknäs telecommunications tower under bold clouds by Wei-Feng Xue Via Flickr: - From a trip to Stockholm over #10YearsAgo. This is the main telecommunications tower of Stockholm seen behind the marina from the island Djurgården.

[t3ov7]

🍁Pelion Trails!🍁

Ο πύργος τηλεπικοινωνιών του ΟΤΕ, στη διαδρομή προς Πουριανό Σταυρό Πηλίου ⛰️, στα 1520μ υψόμετρο με μια επική θέα την Κάρλα(📸 6), στον Παγασητικό(📸 8), το νότιο Πήλιο, τον Πουριανό Σταυρό και δεν μπορώ να καταλάβω γιατί δεν έστριψα το drone ανατολικά να δω το τοπίο και προς Αιγαίο.

Όπως πάντα, ο καιρός κόντρα με έντονες συννεφιές(όχι για φωτογραφία τουλάχιστον) και 7-9bf 🌪️ ριπές ανέμου...γιατί τι αξία έχει το drone αν δεν κινδυνεύει να στο πάρει ο Αίολος🌬️?

The telecommunications tower of OTE, on the way to Pourianos Stavros of Pelion ⛰️, at 1520m altitude with an epic view of Karla (📸 6), the Pagasetic Gulf (📸 8), southern Pelion, Pourianos Stavros and I cannot understand why I did not yaw the drone east to see the view towards the Aegean.

As always, the weather was against with heavy clouds (not for photography at least) and 7-9bf 🌪️ gusts of wind...because what is the value of the drone if it is not in danger of being taken by Aeolus🌬️?

🗺️39°24'13.2188" N 23°3'6.8872" E 🧭

[utkarshindia]

Useful insights on telecom tower types

Telecom towers are a critical part of India's telecommunications landscape, supporting voice calls, data services, and connectivity for millions of mobile subscribers. The constant evolution of tower infrastructure continues to meet the demands of emerging technologies and the increasing need for reliable and high-speed communication across the country. In this article, we will explore some of the useful insights on telecom tower types: 

Lattice towers are a type of freestanding structure that provides support and stability through a segmental design featuring triangular and rectangular base steel sections. These towers are constructed using angular segments, forming a lattice-like structure. They are available in different types and can be designed as either 3-legged or 4-legged structures.These towers are versatile and adaptable, making them ideal for various applications where modification and customization may be required. 

Angular towers are a popular choice for small-scale installations with lighter loads compared to other types of towers. These towers offer a cost-effective solution and are commonly installed on rooftops or other compact spaces. The design of angular towers takes into account the specific requirements of smaller installations, providing a balance between functionality, cost efficiency, and space utilization. 

Tubular towers, constructed using tubular sections, are specifically designed to withstand heavy loads. Poles made of tubular steel offer numerous benefits to utilities and power line projects. Their construction involves factory assembly, ensuring precise manufacturing and quality control. Once assembled, these poles are efficiently installed along the designated right-of-way. This streamlined process saves time and reduces on-site labor requirements, contributing to cost savings and improved project timelines.

Ground-based towers are erected directly on natural ground using a suitable foundation. These towers are designed with a robust load-bearing capacity, making them ideal for hosting various outdoor equipment such as antennas, fixtures, and other installations. Their sturdy construction ensures stability and durability, allowing them to withstand challenging environmental conditions.

Rooftop towers are specifically designed for installation on top of existing buildings. These towers utilize iron structures, columns, and tie beams to secure them to the building's roof. Rooftop towers offer a practical solution for areas where ground space is limited or unavailable.

Before the actual installation of transmission towers, prototype towers undergo rigorous testing at specialized tower testing stations. These testing facilities ensure that the towers meet the required quality and safety standards before they are deployed in the field.

Once the towers have been tested and approved, they can be assembled and erected using various methods depending on factors such as tower height, location, and accessibility.

Are you looking for telecom tower companies?

Explore  Utkarsh Telecom Towers. The company boasts a team of highly experienced and extensively trained personnel who possess in-depth technical expertise. This ensures that every aspect of the tower manufacturing and installation process is executed with precision and professionalism. The company has state-of-the-art fabrication facilities, which are equipped with advanced CNC lines and semi-automatic machines. These cutting-edge technologies enable the company to achieve unparalleled accuracy in the manufacturing process, guaranteeing the highest quality products. 

In terms of production capabilities, the company benefits from spacious facilities that accommodate prototype assembly. This allows for thorough testing and fine-tuning before the final product is delivered to customers, ensuring optimal performance and reliability. Also, they have extensive hot-dip galvanizing capabilities. With four plants dedicated to hot-dip galvanizing, the company can offer excellent corrosion resistance using special high-grade zinc with a remarkable purity level of 99.995%.

[dlyarchitecture]

[biglisbonnews]

Marconi American Wireless Company Tower in Wall Township, New Jersey Located near New Bedford in Monmouth County, New Jersey, Tower WW2GM is the top portion of one of the many radio towers that once existed in this area as part of the first commercial transatlantic communication installation. Between 1912 and 1914, the Marconi Wireless Telegraph Company of America built a number of 500-foot towers in this area. During World War I, the U.S. Navy took over the site, as the towers were vital tools for transatlantic military communication. After the war ended, the Navy returned the towers to civilian use. By that time, the Marconi Wireless Telegraph Company of America had become the Radio Corporation of America (RCA). The old towers and station were abandoned and left to fall into disrepair. This tower—what remains of it, at least—was salvaged from Shark River in 1974 by Wall Public Works and erected in this small park in 1976 by Wall Township. Its location is not far from where it once stood as part of a larger tower. Ham radio enthusiasts have played a significant role in keeping the tower alive over the years. The call letters WW2GM were devised by Dr. Jozef Hand-Boniakowski, who applied to the FCC for the call sign as part of a special event to commemorate Marconi's 100th birthday, During the event he and other Ham radio operators used the tower to send transatlantic transmissions to honor the man known as the "father of radio." The tower is depicted in the upper right quadrant of the Wall Township seal.