Introduction to metal facades

Metal facades are construction systems that use metal panels or elements as the exterior cladding of buildings. This type of facades provides not only a modern and contemporary aesthetic, but also technical characteristics such as durability, resistance and ease of maintenance. In contemporary architecture, metal facades have become a preferred option for high-end commercial, industrial and residential buildings, due to their versatility and functionality.

The use of metal on facades allows a wide variety of finishes and designs, as well as the possibility of integrating with other materials to improve thermal and acoustic insulation. Its ability to adapt to different shapes and sizes has fueled its popularity in bold and sustainable architectural projects. At the same time, technological evolution has allowed the development of light and efficient systems that improve the energy performance of buildings.

Metal ventilated facades

Metal ventilated facades consist of a construction system where the metal cladding is installed separately from the load-bearing wall, creating an air chamber between both. This chamber allows natural air circulation, facilitating the evacuation of humidity and improving the thermal comfort of the building. In addition, it contributes to energy efficiency by reducing heat gains and losses through the envelope.

This type of facade is characterized by its durability and resistance to adverse weather conditions, since the metal protects the internal structure and the air chamber keeps the wall dry. Installation is usually carried out with specific anchors or supports that guarantee stability and correct ventilation. Additionally, the ventilated façade allows for easy panel replacement and maintenance without damaging the main structure.

Metal ventilated facades are ideal for buildings with high energy efficiency requirements and personalized aesthetic design, as they allow the integration of different metal finishes such as aluminum, stainless steel or copper. Its constructive flexibility facilitates the creation of complex shapes and curved surfaces.