Building Entrance Doors

In our building entrance doors application, standard and boutique style door models; With its robust, modern and stylish design, it adds richness to your building entrance. The need for aluminum joinery at the site, building, institutional doors or company entrances that arise with the need for new building entrance doors will be a stylish modern choice. Because aluminum is the type of metal that is most resistant to any climate and nature conditions. It adapts to the environment where it is used and offers you plenty of options. Entrance doors made of wrought iron and steel doors rust after a certain period of time, and aluminum joinery doors do not need this while paint needs arise. Moreover, it stands out for being lighter than others and more durable thanks to its alloys. It is easier to open and close and does not require the use of a powerful hydraulic unit.

You can reach high insulation values ​​thanks to the polyemit heat barrier that separates the profile frames, thus eliminating the water condensation problem.
     Thanks to the alloys in Special Design Building Entrance Doors, it is more durable and 3 times lighter than steel / iron entrance doors. You will not encounter the problem of rusting and yellowing, while reflecting the light perfectly, it is possible to paint in any color thanks to its aesthetics. It does not emit sparks and poisonous gas during fire. All are recyclable and environmentally friendly from production to consumption. Additional products, which we call eaves or marquise, should be made within the building door models, the points to be considered when evaluating are as follows;

- In ideal designs, while benefiting from maximum sunlight, energy and heat loss in your building should be minimized. Our solar shading systems are designed to provide this optimum rotation in buildings.
- It is beneficial to emphasize the entrance and to minimize the negative situations caused by natural conditions, to adapt to external composite joinery and to make marquise for functional use.