- the three-chamber window-door system for designing windows and doors featuring high thermal performance; the system features very good technical parameters
- an aluminium profile system with a thermal insert, used in locations where higher thermal performance is required
- the Ecofutural system is available in a version with improved thermal performanc
- options offered within the ECOFUTURAL system:ECOFUTURAL (i) – with thermal insulation on the perimeter in the spot where the window pane touches the profile; ECOFUTURAL (i+) – with thermal insulation on the perimeter in the spot where the window pane touches the profile and thermal insulation within the space between thermal inserts;
- the system is suitable to design Monoblock type windows and doors with a displaced axis of rotation – PIVOT doors
- profile shapes are suitable for installation of various types of envelope fittings, designed for the PVC groove the profiles can be bent; for a precise profile specification and details of technical parameters relating to profile bending, visit www.aliplast.pl and go to the customer zone
- a wide range of colours – RAL palette (Qualicoat 1518), texture colours, Aliplast Wood Colour Effect (wood-like colours), Aliplast Loft View – colours imitating stone surfaces (Qualideco PL-0001), anodised colour (Qualanod 1808), bi-colour
TECHNICAL SPECIFICATION
| SYSTEM | MATERIAL | DEPTH OF FRAME | DEPTH OF LEAF | GLAZING RANGE | TYPE OF WINDOWS | TYPE OF DOORS |
| EF | aluminium/ polyamid | 65-153 mm | 74 mm | fix 4-50 mm / window 13-59 mm | fix, tilt, turn, tilt and turn | single and double doors |
PERFORMANCE
| SYSTEM | THERMAL INSULATION UF* | AIR PERMEABILITY | WINDLOAD RESISTANCE | WATERTIGHTNESS |
| EF | Uf from 1,50 W/m2K | Class 4 ; PN-EN 12207 | C4 (1600 Pa); PN-EN 12210 | 9A (600Pa); EN 12208 |
| EF i | Uf from 1,44 W/m2K | Class 4 ; PN-EN 12207 | C4 (1600 Pa); PN-EN 12210 | 9A (600Pa); EN 12208 |
| EF i+ | Uf from 1,27 W/m2K | Class 4 ; PN-EN 12207 | C4 (1600 Pa); PN-EN 12210 | 9A (600Pa); EN 12208 |
*Thermal insulation is dependent on a combination of profiles and thickness of the filling







