Light alloys, which form part of Metal Building Solutions are special metal alloys obtained by combining various materials; in particular this expression refers to the alloys of aluminum, titanium and magnesium. The light alloys on the market are numerous and very different from each other, but they share the low density and greater resistance than pure metals. As a result, they are suitable for use in a wide variety of fields, from the construction of various types of vehicles (such as bicycles, cars, trains and airplanes) to kitchen tools.
Thanks to their ductility, resistance to atmospheric agents and the possibility of being processed in extremely thin sheets, light alloys have known in the last decades an enormous fortune also in the field of architecture and art, lending itself above all to the realization of facades, sculptures, artifacts and entire buildings.
Let’s discover together 5 works in which metallurgy and art merge to achieve aesthetic and functional results of strong impact. Safety, compliance with raw material processing protocols, verification of the functionality of the tools and equipment used, control of harmful emissions.
On the other hand, managing metals, giving them specific shapes and functions, means working at very high temperatures, with all the precautions that this prerequisite entails.
Failure to complying with the precepts provided for by the regulations in force in this field not only exposes company owners to legal actions with serious consequences, but above all endangers the safety of those who work within the company and, in the most serious cases , also that of the communities placed in the immediate vicinity.
Increasingly, in advertising and product descriptions, you hear about stainless steel. Not everyone, however, is aware of the peculiarities of this material and the differences that distinguish it from normal steel.
The metallurgical industry, which deals with the processes of metal processing, production and Metal Building Solutions, originated in the 1880s thanks to the interest of the state for the industrialization of the country. In those years, in fact, under the impulse of public investments the first productive realities were established.
All materials that can be conventionally welded can generally also be laser welded. Compared to quality, speed and savings, laser welding is superior to conventional processes. According to the intensity of the laser radiation, laser welding is divided into: heat induction welding or deep welding.
With heat induction welding, only the surface of the workpiece is melted. Energy enters the workpiece only through the induction of heat. The welding depth for this procedure is generally less than 2 millimeters. The laser beam melts the materials to be joined to the joint.
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