Construction has topped out on 410 West 126th Street, a 20-story mixed-use building in Harlem, Manhattan. The 169-foot-tall structure will yield 128,542 square feet with 92 apartments spread across 68,496 square feet, as well as 59,460 square feet of commercial space and 586 square feet for a community facility.
Read MoreLocated on Billionaires Row, the tower was announced in 2013 and by the following year, ground had broken on the project that its New York City-based architects envisioned would have a slim width ratio of just 24:1. The residence is also currently the second-tallest building in the Western Hemisphere: It reached 984 feet back in 2018, and today stands a neck-breaking 1,427 feet tall.
Read MoreA truly perfect example of expertly utilizing TITAN's patented Column Lock and Filler Beam to reduce bracing and lumber on the job site by KDM. Nicely done Kelly Miller!
Read MoreTitan is equipping builders to succeed through innovation and increased visual quality of formwork shop drawings, making it easier for our drawings to be read by clients who have never.…
Read MoreTITAN’s in-house engineering has proven many times over they are capable of solving any building challenge that comes their way…
Read MoreAt TITAN, we innovate in order to equip our builders to further succeed. Our R&D team has given an industry staple a major upgrade. We are excited to now offer the TITAN Ledger Frame with…
Read More“We were very satisfied in choosing Titan Formwork Systems to supply, engineer, and service our shoring requirements for the Markham Multicultural Center. The main suspended slab was a challenge in that it consisted of…
Read MoreOur team at TITAN is excited that after thorough evaluation, we are WBENC (Women’s Business Enterprise National Council) accredited and considered a diversity committed business. Studies have shown, that...
Read MoreTITAN’s new HV Filler Beam™ is an innovative and sustainable approach to framing inevitable filler conditions on job sites and substantially reduces labor and material costs. This articulating beam design eliminates…
Read MoreThis state-of-the-art LEED center has ushered in a new sense of pride to the Indianapolis community as the center transforms justice with a holistic approach to mental health. TITAN proudly equipped and supported our long-time partner F.A. WILHELM in accomplishing…
Read MoreReduce. Reuse. Recycle. We’ve all heard this trendy environmentally friendly mantra. However, for TITAN it’s about more than our impact on the environment. It’s about how we generate real impact by saving…
Read MoreAfter meeting with and speaking to the TITAN rep for Concrete Strategies, and not having worked with the TITAN system before, he had mentioned that there were several videos online that I could watch to familiarize myself with the system.
Read MoreWith a footprint covering more than 10 acres, the North Torrey Pines Living and Learning Neighborhood is the largest in the history of UC San Diego campus.
Read MoreIn a quest to simplify our customers experience, Titan’s R&D team has created the XL Clip.
Read MoreSafety first! TITAN leads the way with a 60” Guardrail post that exceeds the 42” OSHA standard to address safety after a deck pour when dealing with thick slabs, pan slabs and/or spandrel beams.
Read MoreSoon to become the most slender building on earth, 111 West 57th Street was brought to fruition with the help of TITAN’s expert engineering and state of the art shoring system.
Read MoreSince the official introduction of TITAN’s patent pending Column Lock in August 2018, the tool has proved to be a valuable commodity on job sites. Its ability to easily and effectively brace shoring while also providing increased access to the deck significantly cuts down on labor, saving clients both time and money. One such example of the lock’s success can be seen in its use on the job site, 2nd and PCH.
Read MoreThe goal with every job is to save time and money while maintaining a safe work environment. One simple way to accomplish both efficiency and safety is in the selection of tools used to generate lateral stability. Lateral stability refers to the capability of an object to bear a load while still maintaining its original structure. Lateral stability is achieved by using bracing specifically designed to help lateral loads resist external forces. As inadequate bracing was found to be one of the leading causes of shoring failure in a 2014 study*, the importance of selecting the proper tools to generate lateral stability cannot be overstated.
Read MoreTo fulfill the company mission of “equipping builders to succeed,” TITAN’s in-house Research and Development (R&D) department is constantly innovating solutions and tools that are both economical and efficient for clients. All solutions begin with a problem, and the problem for TITAN arose in late March 2017. The standard methods of using x-bracing to stabilize shores was proving itself to be particularly labor-intensive for TITAN HV decks over 18 feet. A simple question was raised by TITAN leadership: How can we save the client time and money on bracing practices?
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