From preliminary through final design, the professional design staff at Stainless applies their knowledge and experience to engineering safe, quality tower structures. Application of state-of-the-art software, both in-house developed and third party packages, is supplemented with a deep understanding of national design standards, codes and specifications including but not limited to: American Institute of Steel Construction (AISC), American Concrete Institute (ACI), American National Standards Institute (ANSI), American Society of Civil Engineers, Telecommunications Industry Association (TIA) and the International Building Code (IBC).
With Duane MacEntee, president and chief operating officer at Stainless LLC and Mark Lies, NATE’s legal counsel and partner at Seyfarth Shaw LLP.
On September 16, 2009 - NATE hosted a Webcast focused on emerging issues in OSHA enforcement and liability in multi-employer workplaces to a live audience of tower owners, operators and industry enthusiasts.
At 12:30pm CT on Wednesday, January 4th WEAU 13 NEWS began broadcasting from its new 2,000ft tower in Fairchild, WI. WEAU is transmitting a stronger UHF signal from the new tower. Over-the-air viewers will need to point a UHF antenna towards Fairchild (between August and Neillsville) and rescan channels on their converter boxes and/or digital televisions. Satellite and cable subscribers will be unaffected by the change.
Our world-class manufacturing facilities, which comply with the requirements for certification by the American Institute of Steel Construction (AISC), feature custom-design and computer-controlled equipment dedicated exclusively to the manufacture of broadcast towers. Quality control is the key element in the Stainless process. Careful metallurgical analysis, highly trained certified welders and continuous testing guarantee our customer the finest quality product.
with Don Doty, President and Chairman of National Association of Tower Erectors.
In the preceding two months, the tower industry has dealt with the loss of seven colleagues.
Although none of these incidents involved Stainless-Doty Moore, Don Doty, as the Chairman of the National Association of Tower Erectors (NATE) conducted a webcast for tower professionals on the importance of safety.
WEAU-TV, the Gray Television-owned NBC affiliate in Eau Claire, WI, achieved a major milestone this week in its quest to resume transmission from its permanent transmit site in Fairchild, when engineers hoisted the station’s new circularly polarized antenna to the top of its new 1998-foot tower.
Founded by Don Doty and Patrick Moore, Stainless/Doty Moore has helped pioneer the construction, installation and maintenance of tall towers for the last 18 years. This experience is a powerful advantage in successful completion of large-scale, complex projects such as broadcast towers. As a founding member of the National Association of Tower Erectors (NATE), Stainless/Doty Moore helped establish many of the safety protocols and standards in use today. Doty Moore has employed more tall tower crews in the United States than any other company. We build the tallest structures in the world under the most difficult conditions imaginable.
with Don Doty. Communication tower erection is a high hazard industry. Owners, employers, and employees will have an opportunity to learn the standards and requirements of this unique industry. Learn what has been happening in the field and some best practices towards OSHA's goal of reducing, fatalities injuries, and illnesses at these jobsites. A panel presentation will offer insights and the opportunity for questions and answers.
On November 22, 2011, Walker Sisson of the radio station WZUU wrote a letter thanking Stainless for their efforts in allowing the smooth addition to a tower in Michigan. He also sent a photo print (click here to see it) showing the installation of Stainless's efforts on Job T-054300. He pointed out in the letter to notice on the photo the smooth fit-up of the pieces to the original Fort Worth tower top as well as the new pieces to each other.