Stainless steel and its use in architecture
In recent years architecture has shifted to the search for new means of expression and new building materials.
Innovative materials find applications in buildings and smaller-scale proposals.
New technologies allow the production and formatting complex forms of traditional materials used in the architecture like metal.
That latest boasts of metal industry, in the construction and design is stainless steel.
This stainless steel is an alloy of iron – carbon – chromium.
Chromium creates a layer of chromium trioxide which protects the metal substrate from corrosion. Instead of chromium rarely nickel, molybdenum or manganese is used.
Stainless steel has a wide range of applications due to its resistance to corrosive agents and high mechanical strength, thus its use has economic benefits.
So stainless steel except for reasons of strength and economy, in architecture is widely used because of support problems it solves, while the architects prefer the aesthetic effect it gives.
The lining of the shell with metal inox sheets offers unlimited design options, original ways of application plus a great choice due to the high resistance of these structures over time. The aesthetic result is not in line with the change of natural light during the day and the proper selection of artificial light at night, can give impressive results. The additional metal skins with appropriate design may be an impermeable from moisture shell and alternatively a permeable crust for air.
It is a minimalist and ergonomic choice to use stainless steel in kitchen furniture. The aesthetic result is excellent, giving a home character and style. In the kitchen the use of stainless steel is made for hygiene reasons, as we meet it in kitchenware and electric appliances. While it is a modern material and its use gives the impression of a futuristic space, dovetails and adapts to any home style.
Stainless steel stairs and handrails combine functionality and aesthetics with the advance of choices and combination of materials.
This article is for www.speedfab.com