1. Thermal Performance:
Aluminium windows and doors contribute an excellent thermal and sound insulation which meets current building regulations. The efficiency of thermal performance in aluminium is comparatively higher than timber or PVC. An aluminium frame which is fabricated with high-performance aluminium is able to exceed energy efficiency standards and can achieve improvements in heat gain and heat loss through windows by 60%.
2. Durability and Low Maintenance:
Aluminium windows and doors are robust and virtually maintenance free due to its corrosion resistant property. They are also weather resistant under a range of harsh environmental conditions. Unlike many other windows and doors, they will not swell, crack, split or warp over the time and ensures an extended product life.
Compare to other framing options for windows and doors, the aluminium frames are significantly less expensive. It provides a strong as well as an economical solution for any domestic and commercial appearance. The aluminium is 3 times stronger than PVC and 4.3 times stronger than wood. Thus aluminium is an ideal and cost efficient option for windows and doors.
4. Design Flexibility: The aluminium provides design flexibility which is only limited by your imagination. The metal strength and flexibility allows it to manufacture any product according to customer specification. It provides an endless array of customization option with finishes and glasses.
Aluminium windows and doors are available in wide range of finishing which ensures a perfect match with any type of décor. They come with powder coating finish, thus it does not require repainting. The powder coating comes with a wide colour range which gives you the freedom to create the look according to the required appearance. It also includes unique pearl, metallic and timber finishes.
Aluminium is environmentally sustainable material if offers one of the highest recycling rates compare to any other metal. The recycling process of aluminium requires just five percent of initial energy. This inherent property differentiates it from other framing materials and reinforces its sustainable credential.