Alumil M11000
Window profile system M11000
Brand Alumil
| Outer width of the frame | 63 mm | |
| Uf profile | 2.3 W/Km² | |
| Glass unit thickness | 57 mm |
| Outer width of the frame | 63 mm |
| U Factor of profile system (armoured if applied) | 2.3 W/Km² |
| Thickness of outer wall | 2 mm |
| Number of chambers in the frame | 3 |
| Number of chambers in the sash | 3 |
| Max width of a glass unit | 57 mm |
| No. of sealing circuits | 3 |
| Material | aluminium profiles |
| Type of system design (AD, MD) | MD |
| Fixed window light blocking | 48 mm |
| Sash window light blocking | 86 mm |
| Sound insulation | 52 dB |
Thermal systems for the "swing-out" windows and doors, certified by ift Rosenheim.
Main characteristics:
• Basic depth of 62.5 mm
• In heat resistance refers to the Group 2.1
• Contains specially designed profiles for doors of all sizes, are ideal for use in private and public institutions, as well as the window
• High level of sound insulation (up to 52dB)
• Contains a special sealing system ("ALUSEAL"), which is provided with three circuits of EPDM seals
• thermal bridge polyamide PA 6.6 (24 mm) reinforced with glass fiber, provides the system with a high heat resistance categories (GROUP 2,1 K 2,5 = Tues / kv. m-K), respectively IFT ROSENHEIM certificate.
• Large vents and drains
• Profiles are three cameras, two of which are set angled connectors, which improves the quality of the connection as a whole
• Wide range of design profiles give the unique look of each design (the minimum amount of aluminum, modern, neo-classic style, classic style, with plates of stainless steel)
• The possibility of using mechanical fasteners or connectors for pressing the machine
• Wide range of options for possible designs
TECHNICAL SPECIFICATIONS OF PROFILES
Aluminum Alloy: AlMgSi 0.5 F22 6060 (DIN +1725)
Hardness: 12-14 ΗΒ
The minimum thickness of the powder coating 0.75 mm
The wall thickness of the profile (min-max): 1,4 - 2,0 mm
Control of geometric parameters: DIN 17615 Compliant
Insulation: Mechanical, using thermobridge polyamide PA 6.6, reinforced with fiberglass - 20mm and 24mm in the wings framed
System Specifications
Basic depth of: 62.5 mm
Filling: One glass, double glazing or double glazing up to 57 mm
Maximum weight of the glass filling: 130 kg for windows and doors
150 kg for the "deaf" elements
Seal: The system "ALUSEAL", made of EPDM gaskets forming three circuit
Structural properties:
- Single or double doors and windows with shutters or without them.
- Input group hinges withstand heavy loads.
- Ability to use a hidden sash with a visible part of the structural elements 70 mm.
- Profiles for angular constructions and other special applications.
- A wonderful combination with façade systems Alumil and systems for glass atriums.
Certification:
- Features, the production process and the quality of all profiles, production company Alumil are certified in accordance with the quality control system of ISO 9001.
- The process of electrostatic coating profiles certified by an appropriate certificate QUALICOAT and GSB, which applies to all factories Alumil.
- M11000 ALUTHERM PLUS certified by the world-renowned German institute IFT ROSENHEIM and belongs to the highest category on the results of all tests carried out (air and water resistance, dynamic loads, thermal resistance).
- Also, the system is certified in the Aristotle University of Thessaloniki (Greece) - Polytechnic Faculty, Department of Architecture.
Main characteristics:
• Basic depth of 62.5 mm
• In heat resistance refers to the Group 2.1
• Contains specially designed profiles for doors of all sizes, are ideal for use in private and public institutions, as well as the window
• High level of sound insulation (up to 52dB)
• Contains a special sealing system ("ALUSEAL"), which is provided with three circuits of EPDM seals
• thermal bridge polyamide PA 6.6 (24 mm) reinforced with glass fiber, provides the system with a high heat resistance categories (GROUP 2,1 K 2,5 = Tues / kv. m-K), respectively IFT ROSENHEIM certificate.
• Large vents and drains
• Profiles are three cameras, two of which are set angled connectors, which improves the quality of the connection as a whole
• Wide range of design profiles give the unique look of each design (the minimum amount of aluminum, modern, neo-classic style, classic style, with plates of stainless steel)
• The possibility of using mechanical fasteners or connectors for pressing the machine
• Wide range of options for possible designs
TECHNICAL SPECIFICATIONS OF PROFILES
Aluminum Alloy: AlMgSi 0.5 F22 6060 (DIN +1725)
Hardness: 12-14 ΗΒ
The minimum thickness of the powder coating 0.75 mm
The wall thickness of the profile (min-max): 1,4 - 2,0 mm
Control of geometric parameters: DIN 17615 Compliant
Insulation: Mechanical, using thermobridge polyamide PA 6.6, reinforced with fiberglass - 20mm and 24mm in the wings framed
System Specifications
Basic depth of: 62.5 mm
Filling: One glass, double glazing or double glazing up to 57 mm
Maximum weight of the glass filling: 130 kg for windows and doors
150 kg for the "deaf" elements
Seal: The system "ALUSEAL", made of EPDM gaskets forming three circuit
Structural properties:
- Single or double doors and windows with shutters or without them.
- Input group hinges withstand heavy loads.
- Ability to use a hidden sash with a visible part of the structural elements 70 mm.
- Profiles for angular constructions and other special applications.
- A wonderful combination with façade systems Alumil and systems for glass atriums.
Certification:
- Features, the production process and the quality of all profiles, production company Alumil are certified in accordance with the quality control system of ISO 9001.
- The process of electrostatic coating profiles certified by an appropriate certificate QUALICOAT and GSB, which applies to all factories Alumil.
- M11000 ALUTHERM PLUS certified by the world-renowned German institute IFT ROSENHEIM and belongs to the highest category on the results of all tests carried out (air and water resistance, dynamic loads, thermal resistance).
- Also, the system is certified in the Aristotle University of Thessaloniki (Greece) - Polytechnic Faculty, Department of Architecture.
