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MB-104 Passive is a system with the highest thermal insulation with thermal barrier. This system meets all the requirements for the moment in passive construction. These profiles are used to make doors, vestibules and spatial structures. These structures are watertight and airtight and have a very high strength. The MB-104 Passive system features two variants, i.e. SI and AERO. They are used depending on the requirements for thermal energy savings. The parameters that we are able to obtain on the constructions made of this system exceed the current strictest regulations and standards. Therefore, the system is addressed to energy-saving and passive construction.  
Technical data MB-104 Passive
Frame depth 95mm
Sash/leaf depth 95mm
Door glazing thickness 27-72mm
Max. sash/leaf dimensions 1400mmx3000mm (W x H)
 The MB-60E system is used for making doors with a thermal barrier, but also window sets with doors. Structures made of this system achieve good functional properties and high technical parameters, as well as an economic level of production costs.  This system is closely connected with the MB-60 system, which allows the use of common accessories and glazing beads. The structural sections are 60 mm thick. The surface of the door leaves is flush with the frame from inside and outside. We use fittings, locks and hinges typical to European standards. There is also a choice of thresholds and crossbars for the lower door leaves. The MB-60E system is an economical product. Entrance lobbies can be made with increased thermal insulation on MB-60E HI profiles. In the central chambers of the profiles, inserts are placed, which reduce the heat flow through the structure due to the low value of the heat transfer coefficient.  
Technical data MB-60E/MB-60E HI
Frame depth 60mm
Sash/leaf depth 60mm
Door glazing thickness 5-41mm
Max. door dimensions 1300mmx2300mm (W x H)
 The MB-59S system with good thermal and acoustic insulation, used for the production of doors, vestibules, entrance lobbies, etc. The depth of structural sections is 50 mm for frames as well as for sashes/leaves.  Almost all window profiles are of three-chamber construction. The central chamber is an insulating chamber between the thermal breaks, which allowed to obtain slender, economical and rigid profiles. The outer surfaces of structural sections are flush with each other. An important advantage of the MB-59S system profiles is a large selection of hardware and methods of fitting them. Special grooves allow to mount various types of hinges, e.g. groove hinges or traditional surface hinges. It is also important that the profiles can be bent and assembled in various types of arch structures.
Technical data MB-59S/MB-59S HI
Frame depth 50mm
Sash/leaf depth 50mm
Door glazing thickness 4.5-31.5mm
Max. door dimensions 1100mmx2300mm (W x H)
 The MB-86 window and door system is characterized by very good performance, giving the possibility of satisfying various needs of users. The design of its structural sections features 3 variants, depending on the requirements of thermal energy saving: ST, SI and AERO. The MB-86 is the world's first aluminum window system to use aerogel - a material with excellent thermal insulation. One of the advantages of the MB-86 system is also high strength of profiles, which makes it possible to make windows of large dimensions and weight. Features that affect the functionality and aesthetics of MB-86 windows made in the system:
  • Wide thermal breaks in a new shape
  • A wide range of structural sections ensures the required aesthetics and strength of the structure
  • Glazing beads with additional sealing
  • Profile shapes suitable for mounting various types of boundary fittings, including hidden hinges
  • A wide range of glazing allows to use all types of glass, including double-chamber, acoustic or anti-burglary ones
  • Drainage for the profiles available in two variants: traditional or hidden
Depending on the profiles used, MB-86 windows and accessories achieve very good thermal performance MB-86 ST from 1.39W/m2K, MB-86 SI from 0.92W/m2K, MB-86 AERO from 0.57W/m2K.  
Technical data MB-86 MB-86US
Frame depth 77mm 77mm
Sash/leaf depth 86mm 80.8mm
Glazing depth (non-/openable windows) 13.5-61.5mm/21-70.5mm 7-52mm/15-60mm
Max. tilt-and-turn window dimensions 1700mmx2800mm (W x H) 1600mmx2500mm (W x H)
 MB-70 - modern aluminum system, which is used for making demanding structures with thermal and acoustic insulation. The profiles have a three-chamber structure. We create windows, doors, vestibules, entrance lobbies, spatial structures out of them. When a window is closed, the sash and frame create a single plane effect from the outside. The shape of the profiles makes it possible to obtain a slender and durable structure. In this system we are able to obtain a low value of heat transfer coefficient. Depending on which profiles and accessories are used, U-values range from 1.5 to 2.39 W/m2K. The thermal breaks used in this system are omega-shaped with a width of 34 mm. They are made of glass-fiber reinforced polyamide. These breaks strengthen the profile and facilitate drainage of structural sections, which ensures proper thermal insulation of a window in all weather conditions. The MB-70 system is the basis for better solutions MB-70HI, MB-70US HI, for such windows U can range from 1.0 to 2.3 W/m2K. Improvement of thermal insulation is achieved by adding insulating inserts in the central chamber of the profiles. MB-70HI windows can be installed individually as well as in aluminum facades. MB-70US (Hidden Sash/Leaf) system windows have invisible sashes/leaves from the outside of the joinery.  
Technical data MB-70,               MB-70HI MB-70US,                  MB-70US HI
Frame depth 70mm 70mm
Sash/leaf depth 79mm 79mm
Glazing depth (non-/openable windows) 15-51mm/23-62mm 9-45mm/18-54mm
Visible frame from outside 47mm 75mm
Visible sash/leaf from outside 32mm
Max. tilt-and-turn window dimensions 1600mmx2400mm (W x H) 1400mmx2100mm (W x H)