• Profiles with a depth of 79 mm (window sash) and 70 m (window and door frame).  
  

• Thermal breaks of the latest technology, resulting in high thermal insulation parameters.
  

• Construction that meets the requirements of the Technical Conditions from 2021 for windows (0.9 W/(m2K) and doors (1.3 W/(m2K).
  

• ​Thermal insulation of profiles: (Uf) from 0.83 W/(m2K).

• Very good kinematics, which allows for the construction of narrow opening windows and doors.
  

• ​Possibility to use the most popular perimeter fittings together with the state-of-the-art Winkhaus AluPilot hardware, distributed only by ALUPROF.

• ​The large range of structural sections guarantees the required aesthetics and strength of the structure.

• ​Newly designed wide thermal breaks to significantly improve thermal insulation.

• ​​Glazing width to 51 mm.

• ​​Two-component central seal perfectly seals and thermally insulates the space between the sash and frame.

• ​Glazing beads available in three variants: Standard, Prestige i Style.

• ​Profile shapes suitable for installation of various types of perimeter fittings, including concealed hinges.

• ​The wide glazing range allows all common types of double-glazing, acoustic or burglar-proof glass to be used.

• ​Burglar-resistant constructions up to class RC4.

• ​Frame profile with an installation depth of 174mm, sash 77mm.

• ​​Robust and slender profiles enable the construction of low threshold doors with leaf weights up to 600 kg, heights up to 3.24 m and widths up to 3.3 m.

• ​Narrow mullion solutions available in which the visible width of the sections at the door sash junction is only 47.5 mm or 50 mm.

• ​The frames are available in two versions: 2-rail and 3-rail.

• ​Glazing bars in three appearance versions: Standard (rectangular), Prestige (rounded) and Style (shaped).

• ​The closed shape of the glazing beads and the anti-burglary details make it possible to achieve increased burglary protection without altering the door's essential structural elements.

• Three-chambered, heavy-duty aluminium sections with structural depth: 86mm for frames and 77mm for door sash.

• Corner and panoramic solution available - possibility to assemble a structure with 8 sashes.

• ​Central chamber of the sections equipped with 24 mm wide thermal breaks for frames and 34 mm for door leaves, which translates into high thermal insulation of the structure.

• Permissible construction dimensions for doors with sash heights up to 3000 mm and widths of 700 to 1200 mm.

• ​​Glazing width from 13,5mm to 61,5mm.

• ​Maximum sash dimensions height: 2600mm, width: 1800mm.

• ​Glazing width to 26mm​.

• ​Sliding doors made with this system can have between 2 and 6 modules.

• ​The structural depth of the sash sections is 37 mm and the frames respectively: 50 mm (2 track rails) and 97 mm (3 track rails). The sash sections are cut at a 45-degree angle and joined using the appropriate corners. The corners are then crimped.

• ​Columns and rafters with ‘sharp’ edges to build load-bearing facade structures with a uniform truss appearance.

• ​Angled connections for free shaping of aluminium buildings.

• ​​​The wide range of glazing (including double and triple glazing) and the available insulators and accessories make it possible to achieve a high level of thermal insulation.

• ​Heavy-duty facade consoles to accommodate the maximum infill weights possible in the system.

​The MB-SR50N HI+ system is certified by the PHI Darmstadt Institute in the highest class A+, which is a confirmation that the constructions made with it can be used in the construction of passive buildings.

• ​Maximum sash dimensions Height: 2400mm, width: 1250mm.

• ​Possibility of glazing packets from 2mm to 35mm in window sashes and from 2 to 26mm in fixed windows and door sashes.

• ​Depth of installation: 45mm.

• ​Maximum sash weight: 120kg.

• ​Glazing beads of three types: Standard, Prestige, Style.

• ​Possibility of bending profiles and building curved structures.

• ​Variety of functions and ways of opening windows and doors, adapted to the needs of users.