Stainless Steel Facade
When designing buildings and other architecture projects the facade of can be a challenge. At AFS we develop quality stainless steel facade systems that last several decades. Facade systems have been around for several centuries. Since 1600 people have been using facade systems in construction. Back in the day, people built the facades from stone, think of decorating churches, big estates, and palaces. Today we built facade systems with more modern materials and advanced techniques. Most facades today are built with either aluminium, stainless steel, copper, zinc, titanium or steel. The purpose of stainless steel facade systems today vary from project to project. Facade systems are used for building ventilation, building heat control and sun control. Stainless steel facades are very popular due to its widespread uses. We can tailor any facade system to your project needs. Panel products and louvre systems can meet various aesthetic requirements. We supply different curves, shapes, and sizes.
Why stainless steel facade?
Stainless steel is a great material to choose for the facade of any building. Stainless steel has a glossy, polished finish that looks great in modern architecture. Stainless steel has unique aesthetic advantages compared to building with other materials like zinc. Stainless steel is a material that is also easy to install on any facade. Stainless steel is also a very durable material and good for the environment. Stainless steel lasts for several decades and is resistant to its corrosion protective layer. This layer makes sure the weather doesn’t influence the metal and prevents rust. It also protects the metal and making it stay polished and smooth. Stainless steel is very environmental friendly because it can almost last forever. The metal is completely recyclable making it easy to reuse. Most of the stainless steel production these days is being done with recycled stainless steel. The standard stainless steel facade systems supplied by AFS International can be found below.
