video corpo

MB-86

MB-86

MB-86

Product catalog summary
Overview: The MB-86 window and door system is designed to provide superior insulation properties, meeting the growing legislative and market demands for energy-efficient construction. It is available in three variants: ST, SI, and AERO, and is the first aluminum system to use silica aerogel, a nanoporous material that significantly reduces thermal conductivity.
Specifications:
  • Thermal Insulation: The system offers industry-leading thermal performance with Uf values starting from 0.57 W/(m²K) for the AERO variant.
  • Profile Options: Includes a large selection of profiles with newly shaped, extra thick thermal breaks and multi-component central gaskets.
  • Glazing: Supports glazing up to 67.5 mm, accommodating various types of glazing including acoustic, security, and anti-burglary options.
  • Frame and Leaf Depth: Frame depth is 77 mm, while leaf depth varies between 77 mm and 86 mm depending on the variant.
  • Size and Weight Limitations: Maximum dimensions are specified for height and length, with weight limits up to 200 kg.
Performance:
  • Air Permeability: Classified up to class 4 according to PN-EN 12207:2001.
  • Watertightness: Rated up to class E 1500 according to PN-EN 12208:2001.
  • Windload Resistance: Achieves up to class C5 according to PN-EN 12210:2001.
Functionality and Aesthetics: The system features clean, sharp lines with narrow extruded aluminum framing and offers a multitude of finish options. It supports a variety of hardware, including concealed hinges, and provides both traditional and concealed water drainage options.
Contact Information: Aluprof S.A., ul. Warszawska 153, 43-300 Bielsko-Biała, Poland. Phone: +48 33 81 95 300, Fax: +48 33 82 20 512, Email: [email protected], Website: www.aluprof.eu
See more

Catalog excerpts

MB-86-1

Window and door system The new MB-86 window and door series have been designed to offer outstanding insulation properties. It meets the increasing requirements from the legislative and general market demands for the enhanced energy saving construction of new windows and doors. Offered in three varieties ST, SI and AERO it is the first aluminum system to employ silica aerogel. The nanoporous material has a very high proportion of free void volume compared to conventional solid materials. Its high pore volume, low solid content, and torturous path amorphous structure give rise to low values of thermal conductivity. Therefore the system features the industry leading thermal performance. In addition it also features exceptional rate of profiles inertia that allows for greater construction in size and weight. Version with concealed sash • Uf from 0,57 W/(m²K) • Innovative Nanotechnology

 Open the catalog to page 1
MB-86-2

Window and door system / MB-86 Examples of heat transfer coefficients Uw Value UW W/(m²K) Window Scheme Glass with Chromatech Ultra frame Double chamber Single chamber

 Open the catalog to page 2
MB-86-3

MB-86 / Window and door system Examples of heat transfer coefficients UD Value UD W/(m²K) Door scheme Glass with Chromatech Ultra frame Double chamber Single chamber

 Open the catalog to page 3
MB-86-4

Window and door system / MB-86 Distribution of isotherms in MB-86 AERO door Distribution of isotherms in MB-86 AERO window • large selection of profiles • newly shaped, extra thick thermal breaks • multi component central gasket • glazing strips with additional sealing option • glazing up to 67,5 mm enabling all types of three chamber glazing, acoustic and security, anti burglary glazing • large, wire-free glass areas • appropriate for variety of hardware including concealed hinges • water draining available in both traditional and concealed options • highly energy efficient from 0,5 W/(mK) •...

 Open the catalog to page 4

Archived catalogs

  1. Product guide

    143  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.