The Museum of Modern Art, better known as MoMa, has been the site par excellence to house an important part of all art through the history of the entire world; it is easy to understand that a building that harbors so many pieces of art was a jewel of modern architecture in itself.
In the MoMa the high strength reinforcement offered by MANA Barmill Hamilton was used, who devised a structure composed of high strength concrete with HSR alloy. This infrastructure represented a real challenge for the experts who worked to be able to play with their complex geometric shapes without the security of the structure being compromised in any way.
Max Aicher North America (MANA) Barmill is nothing more and nothing less than the most important company in the supply of steel-based construction materials, earning a privileged position for decades due to the excellent service and materials it offers to its customers.
Speaking of MANA Barmill Hamilton is talking about excellence and quality. The company works hard and constantly to improve the quality of its materials and construction techniques in order to achieve the highest efficiency and effectiveness in all its work.
Although the company is world famous for working with steel, it has started, for a couple of decades now, to position itself as an icon of high strength reinforcement systems based on concrete construction.
Its materials and techniques represent a significant saving in expenses, not only at a monetary level but also in terms of resources and time, becoming a profitable alternative for projects, from the smallest to the most ambitious.
Max Aicher North America (MANA) Barmill is a guarantee of quality, safety, and durability through the use of innovative materials and techniques to improve every day more in terms of construction.
They have been responsible for iconic buildings around the world such as the Dancing Towers of Germany and the Polish Museum of Silesia, which stand out for their beauty and for the architectural challenge that represented their construction.