The best selection of PVC windows and doors with Aluprof and Yaval profiles.
Window and door system 3-chamber.
The depth profiles for windows is 60 mm for frames and 69 mm for the sash and appropriate for doors: 60 mm and 60 mm.
The shape of the profiles allows achieving slender and at the same time resistant window and door.
Applied dimensions of profiles cause facing effect to the surface of the window from the outside and the door.
You can bend profiles, which allows you to do all sorts of shapes arc.
In the MB-60 get the heat transfer coefficient Uw of 2.0 W / m2K for windows and 2.3 W / m2K for the door.
A significant feature of the MB-60 is to link with other systems, Aluprof, and also provides the basis for solutions with enhanced thermal insulation and construction of burglary.
Three-chamber window and door system.
In the case of window depth construction profiles is 70 mm for the frame and 79 mm for the wings and respectively 70 mm and 70 mm for the door.
As in the case of the MB-60 is also the system thanks to the use size of sections to create an effect flush windows from the outside and the door.
The use of thermal separators and seals allows for the heat transfer coefficient Uw from 1.5 to 2.39 W / m2K.
The MB-70 allows the use of sets of glass with a thickness of 21 to 57 mm in the sash window and from 12 to 48 mm in fixed windows and door sashes.
Also allows the use of non-standard sets of glass.
It is possible to use a rich palette of colors that are applied by powder coating or anodizing.
Window and door system with very high performance.
Sections are made in three versions depending on the requirements of energy saving, namely: ST, SI, AERO.
The first time was used in this system, air gel material with very high thermal insulation. Therefore, the heat transfer coefficient reaches the following sizes:
MB-86 ST windows of 1.39 W / m2K, the door of 2.16 W / m2K
MB-86 SI windows of 0.92 W / m2K, the door of 1.76 W / m2K
MB-86 AERO windows of 0.57 W / m2K, the door of 1.22 W / m2K
special thermal spacers allow the use of an additional partition in isolation profiles, which completes the double plastic dipped central gasket.
The system allows for mounting the hardware point locking in This hidden hinges.
The depth of the frame 77 mm, 86 mm side of the window and in the case of 77 mm and 77 mm for the door.
The MB-86 allows the glass in the range of from 13.5 mm to 58.5 mm in the frame and from 21 mm 67.5 mm in the sash window.
Chamber system with thermal break profiles.
The structural depth of frame is 62 mm and 71.4 mm in the wings.
This system can be used glass and glazing thicknesses from 13 - 57 mm.
The TM 62 allows you to perform the construction of large dimensions due to the the use of reinforced profiles.
The heat transfer coefficient Uw = 2,02-2,51 W / m2K
Coefficient of thermal insulation Rw = 30-44 dB
Possibility of construction in the class of anti-burglary RC2 and RC3 class. surfaces powder painted or anodized.
Three-chamber system with thermal break profiles.
Depth structural building frame is 74 mm and 83.4 mm in the wings.
It is possible to install windows or sets of glass with a thickness of 13 -57 mm.
The TM 74 allows you to perform construction of large size, thanks to the use of reinforced profiles .
Profiles allow angular building sets at any angle.
The heat transfer coefficient Uw = 1,68-1,99 W / m2K
The sound insulation Rw = 30-44 dB
aesthetic values emphasizes high-quality surface finish powder coated or anodized.
Yaval TM-77 HI
The innovative solution to achieve high performance of thermal insulation, acoustic and protection against wind and water.
The TM 77 HI consists of two aluminum elements separated by insulating strips.
The construction depth of the frame is 77 mm and 86.4 mm in the wings. Transfer coefficient Uw = 1.1-1.5 W / m2K
Coefficient of thermal insulation Rw = 34-48 dB
system allows you to build structures of large dimensions, large areas, showy facades.
It is possible to apply a wide range of hardware, including electrically operated remotely.
TM 77 HI system saves energy which translates into noticeable reduction in heating costs.