Following contemporary architectural trends focusing on energy efficiency and large formats, Aluron has created a new proposal for its customers - the AS 100 door system.

The solution is used to design very tall structures with excellent thermal insulation properties. The solution is designed for infill glazing in the form of insulating glass or opaque panel.

AS 100 system design and construction variants

The new product in Aluron's portfolio allows for the creation of showcases and single or double-leaf doors opening inwards and outwards. Structurally, it is based on two types of profiles: basic and reinforced. As a result, the system is characterised by extraordinary strength. What is more, the use of two types of sections significantly improves the statics of the entire structure. In addition, the numerous advantages of the solution include:

  • Versatility ensured by the availability of multiple threshold variants and the possibility of creating a variety of door configurations in combination with top and side lights.
  • Exceptional aesthetics are achieved, among other things, through the ability to create large structures with sash heights of up to 3,000 mm and sash widths of up to 1,400 mm and the use of designer aluminium drain plugs.
  • Functionality - the door can be fitted with modern concealed, roller and surface hinges. AS 100 is fully compatible with other systems in the Aluron range. AS 100 jest w pełni kompatybilny z innymi systemami z oferty Aluronu.
  • Easy installation ensured, among other things, by the system-integrated aluminium support, which further increases the thermal insulation of the solution.

Technical parameters

AS 100 door system The AS 100 has undergone a number of advanced tests that have confirmed its very good technical properties. As the solution is available in three thermal options (Ud from 0.56 W/m2K), it will easily meet the thermal insulation requirements written into any architectural design. The ability of the AS 100-based construction to retain heat is ensured by modern thermal insulators and a central seal.