EUROPA MINIMAL FRAME EMF 60 HYBRID

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Europa Minimal Frame EMF 60 Hybrid

The new Minimal sliding thermal insulation system EMF 64 Hybrid is designed with a focus on high quality and versatility.
It offers a wide range of construction options to meet most requirements.
The main feature of the series is the concealed track and sash, with a slim interlock profile of just 25mm in width. This ensures a sleek minimal design, providing an unobstructed view.
Ease of construction and straightforward assembly, combined with a maximum glass thickness of 35mm, make it an ideal choice, delivering robustness, excellent thermal insulation, and sound reduction.

Ease of construction and straightforward assembly, combined with a maximum glass thickness of 35mm, make it an ideal choice, delivering robustness, excellent thermal insulation, and sound reduction.

The Minimal Frame System is characterized by:

  • Freedom of movement, unobstructed view, and light diffusion, thanks to the thin section profiles.
  • High levels of thermal insulation with the use of 28mm polyamides and sound insulation through the option of using triple glazing up to 42mm.
  • Multiple construction solutions through:
    • four (4) different construction typologies
    • two (2) glass sash options on the side of the lock with integrated handle or with add-on handle
    • option to choose drainage system with a grate or a 15mm gap
  • Smooth and easy movement of the sash:
    • The moving sashes have two parallel stainless-steel bottom rails, which slide in a double array of stainless-steel rollers, of 24mm diameter, in the bottom rail, with a static load capacity of up to 230kg per roller
  • Easy replacement or maintenance of the sliding system, without the need to lift the sash out of the bottom rail
  • Absolute waterproofing through:
    • EPDM sealing tires
    • water collection and drainage system in the sewerage network of the building
  • Increased security through the option of selecting Multi-Locking Mechanism. Additional option to choose between different types of locking mechanism and handle, providing the advantage of easy installation and replacement
  • Safety from annoying insects through the option of installing a hidden screen of superior aesthetics, with Plisse type cloth or vertical with motor.

BASIC SYSTEM CHARACTERISTICS

  1. Four different construction typologies for each architectural and construction requirement
  2. Installation of rollers in the bottom rail, for ease of replacement and cleaning
  3. Elastic (EPDM) sealing guide for guides
  4. Option of using triple glazing up to 42mm for high levels of thermal and sound insulation.
  5. Option for wall mounting of the profiles in the wall, for maximum transparency and light diffusion
  6. Two options of glass leaf on the side of the lock, with integrated handle or with an add-on handle
  7. Option for sink using a grate or 15mm gap
  8. Option of installing a Multi-Locking Mechanism for maximum security
  9. Option of installing a hidden Plisse screen or vertical with motor.
  10. Option of installing a brake mechanism

CONSTRUCTION TYPOLOGIES

Successive.

In-wall.

Combination of sliding sheets with fixed ones.

Complex constructions.

Angular construction.

CERTIFICATES

QUALICOAT: Certification of electrostatic coating process

IFT Rosenheim:

Certification in air permeability, waterproofing and resistance to wind pressure

Thermal permeability certification

Description

WHAT DO WE MEAN BY THE TERM ARE THE “ENERGY” ALUMINUM FRAMES?

The energy (thermally-cut) frames stand out from the conventional ones, thanks to the use of a special insulating material (polyamide) which is a bad heat conductor) that distinguishes the window profiles in two parts, both exterior and interior. In this way, high thermal insulation is achieved, with considerable benefits also for soundproofing.

Thermal insulation of the windows (coefficient of thermal conductivity) is measured in W / m2k. This factor defines the amount of heat in Watt per unit of time that a 1m2 frame can penetrate when the temperature difference between its two surfaces (in-out) is 1 degree (1 ° C).

An energy aluminium frame also requires the corresponding glass (glass pane). A glass pane and aluminum profiles have different coefficients. The coefficient of thermal permeability of the aluminum profile is called Uf (U Frame – frame) and the coefficient of the glass is called Ug (U Glass – glass). Combined, they give the Uw coefficient (Window U – window), which refers to the frame as a whole, precisely because the glass and the window profile occupy a different surface each time depending on the dimension of the window frame (bathroom window, balcony door, etc.).

In summary, the benefits of heat-shrinking frames are the following:

  • Energy saving
  • Reduction of cooling / heating costs
  • Resistant to extreme weather conditions
  • Minimizing of water vapour penetration on the inner surface of the profiles
  • Low air permeability
  • Soundproofing
  • Delivers transvalue on the property (rental / sale)