Curtain Wall: Hot Trends with Impressive Features..
Arthur Best Consulting Engineers
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What are curtain walls?
The building's identity is determined by the systems and materials used in its construction. Curtain wall systems have been improved, updated, and changed to produce more distinctive identities for modern structures, influenced by engineering, technology, and even art!
The components of stick curtain wall systems are built piece by piece on the building's structure. Because low-rise and small-scale buildings provide easier and less dangerous access for the assembly process, this method is appropriate for them. One of the benefits of this system is the ability to make on-site adjustments and changes.
On the contrary, the components of the unitized curtain wall system are pre-assembled at the manufacturer and delivered to the job site as a single unit. This technology reduces the need for labour and the risks associated with on-site assembly, particularly for taller and larger-scale projects. Furthermore, it guarantees a speedier and higher-quality construction procedure.
Curtain Wall Hot Trends with Impressive Features
Interior curtain walls have been utilized as room dividers in office buildings and commercial spaces for numerous reasons, including increasing natural light intake and isolating a place while still welcoming people into it. This industry has piqued the interest of construction stakeholders more than ever before, owing to the pandemic's impact on how we live in buildings.
Internal glass curtain walls help to reduce infections while preventing visual disruption. Its market has been expanding and is likely to expand further in the coming years as a result of flexible workplaces' desire to reduce virus spread.
Curtain walls are continually being improved to provide better performance as more emphasis is placed on reducing climate change problems. These enhancements include double- and triple-skin curtain panels as well as building-integrated photovoltaics (BIPV) technology for harvesting solar energy and creating more energy-self-sufficient structures.
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High-performance curtain systems provide excellent value for money. Even in areas with low energy prices, high-performance curtain panels are essential to improving a building's overall interior environmental quality. They limit heat gain while still allowing access to natural light, boosting productivity and well-being, and improving the moods of building occupants.
In our day and age, technology's role in all industries has surpassed all others. The curtain wall business is no exception, as it is influenced by modern technology at every stage. Building Information Modeling (BIM) technology is assisting designers and architects in getting a deeper look into curtain systems, their components, and how they are installed during the pre-construction phase. Furthermore, BIM is used to properly estimate the cost of curtain panels and verify their energy performance. In the building operation phase, technology has enabled the automatic production of smart glass-electrochromic hues based on exterior climatic and illumination circumstances. In terms of glare and heat gain, this wonderful feature contributes to a more comfortable indoor atmosphere.
Curtain wall panels are now available in extra-large sizes, allowing architects and engineers to be creative without sacrificing efficiency—extra-large insulating glass units still have the impressive features of Low-E, reflective coatings, heat treating, thermal shading, and lamination. Large glass panels let in more light and provide residents with unbroken views of the outdoors. This technology has its own set of issues, but manufacturers are addressing them: glass panels are being manufactured thicker to compensate for the added height, and steel framing is being used because it is stronger than aluminum framing.
Curtain panels are now available in sophisticated shapes that can handle curving facades, sharp angles, and sloping buildings, offering architects greater latitude than ever before. Aluminum framing has been a huge assistance with curved facades because it can be twisted into any required shape. Individual glass panels are no longer limited to right angles; because of modern production techniques, glass panels are available in a variety of designs such as trapezoidal, parallelogram, or triangular. Patterned curtain wall panels are also available.
Nowadays, less curtain wall framing is gaining popularity. Buildings can now hold some 40-foot frameless panels without splicing, additional external reinforcement, or more connections to the building structure, thanks to structural improvements and steel framing. This feature assisted architects in creating simple, basic elevations while also providing uninterrupted views into and out of the structure. Furthermore, frameless curtain walls improve indoor environmental quality, particularly following the COVID-19 pandemic, which caused a greater yearning for connection with nature and the outdoors. Increased natural light in a room has a direct positive impact on the health and productivity of the building's occupants.?