Three (3) automated extrusion lines with an annual production capacity of 35,000 tons of aluminum profiles.

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.
PRODUCT
PROFILE
CHARACTERISTICS
CHARACTERISTICS
- Two different construction typologies for installation in any condition.
- The sash moves using 4 double rollers on a double stainless steel rail.
- 3. It offers top-notch sound and thermal insulation, accommodating glass thicknesses of up to 35mm.
- Maximum dimensions of (2.5m x 3.0m) or 7.5m².
- Provides excellent waterproofing, even with a 32mm rail.
- Capability to construct a sliding system with a 45mm wide interlock or a slim 25mm wide interlock profile.
- Uses 22mm polyamides in both the rail and the sash.
- Glass sash thickness of 64mm.
- The minimum visible height of the bottom horizontal sash section is 58mm.
- Compatible with double or triple glazing with thicknesses ranging from 27mm to 35mm.
- Maximum sash weight of 350kg.
- No new press tooling is required (uses those of ESS 34 Hybrid / EOS 60 Hybrid).
- No special milling tools are needed (except for sliding systems with the slim 25mm interlock, which require a milling disc).
FEATURES
FEATURES
Aluminium Alloy: EN AW 6060 T6
Hardness: 12 Webster
Minimum coating thickness: 75μm
Profile thickness: 1,3-2,3mm
Tolerance according to: EN 12020-02
Width of successive rail: 157mm
Width of in-wall rail: 115mm (τζάμι–σήτα)
Adjoining profil thickness: 45/25 mm
Width of glass sash: 64mm
Glazing thickness: 27-35mm
Polyamide width: 22mm
Factor of thermal conductivity for frame: Uf από 2,6 W/(m2K)
Maximum sash dimensions (WxH): 2,5m x 3m
Maximum sash weight: 350Kg
SECTIONS
SECTIONS