Aluminium is widely used together with glass in modern construction projects especially on doors, windows, partitions and curtain walls. The combination results in an aesthetically appealing final product.
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Aluminium & Glass Partitions
Glass wall partitioning provides both privacy and an air of collaboration and space flexibility in an office environment. It is also cost effective in terms of saving the electricity bill as it allows maximum natural light to enter in the room.
Sleek and easy to install in any given space, they are not only aesthetically pleasing but also create an illusion of a larger brighter space with the added benefit of dismantling whenever required. The double glaze glass ensures necessary noise reduction throughout the office set up while maintaining visual transparency and openness to communicate.
Sleek and easy to install in any given space, they are not only aesthetically pleasing but also create an illusion of a larger brighter space with the added benefit of dismantling whenever required. The double glaze glass ensures necessary noise reduction throughout the office set up while maintaining visual transparency and openness to communicate.
Aluminium & Glass Curtain Walls
In modern architecture and design, curtain walls are an excellent way to allow natural light inside a room without causing any disturbance by the elements outside of the building such as weather.
Curtain walls are made of Aluminium and glass that have major advantages of low maintenance, thermal efficiency and reduction of building sway in case of gusty winds.
Curtain walls act both as a buffer and an insulator that are placed at the exterior of the building often through mechanical bonding, chemical bonding, or adhesive.
Curtain walls are made of Aluminium and glass that have major advantages of low maintenance, thermal efficiency and reduction of building sway in case of gusty winds.
Curtain walls act both as a buffer and an insulator that are placed at the exterior of the building often through mechanical bonding, chemical bonding, or adhesive.