Aryaka / Aluminum Joinery Systems

Aluminum profiles, while lightweight and durable, offer architectural design options tailored to their widths because they have very high thermal resistance.

Aluminum is four times more durable than PVC and 43 times more durable than wood. Aluminum doors and components, whose durability can be based on specific gravity, are the most suitable for buildings.

The choice of aluminum for PVC and wood joinery in buildings is due to its extensive durability and longevity. Aluminum is corrosion-resistant.

It is not affected by heat or cold and is not subject to excessive expansion. New-generation thermally powered joinery contributes significantly to energy savings and also provides significant sound insulation.

It is fire resistant. Aluminum is environmentally friendly and 100% recyclable. Unlike other PVC-based materials, it does not contain harmful substances such as toxic or lead, and is hygienic.

Aluminum window frames are durable, allowing for the use of frames with smaller visible widths. Narrower frames mean wider windows.

Today's architecture pushes the boundaries in this regard, striving to provide wider openings with smaller frames. Aluminum is the most suitable material for this purpose.

While limited-size solutions can be achieved with wood and plastic joinery, aluminum windows allow for wide openings.

Aluminum joinery can be safely used in floor-to-floor openings such as French balconies, shop windows, wide floor-to-ceiling sliding and folding doors, and in high-rise buildings where wind resistance is crucial, even with high moments of inertia. Aluminum's durability, high moments of inertia, and wide-span sliding and folding doors and windows allow for the production of sliding and folding doors and windows.