ALUMINIUM TILT and TURN WINDOW MAXLIGHT MODERN
- installation depth 75 mm.
- maximum glazing thickness: 68 mm.
- system with a thermal break
- smooth and slender profile line
- system use: fixed windows, opening windows: tilt single-sash , opening inwards
- RAL K7 colour palette
Uw 0.85
Uw for Ug = 0.5
3
Gaskets
3
Chambers
Aluminum Tilt and Turn Window MaxLight Modern, a window system with thermal insulation that is characterized by a smooth and slim profile line. The specific shape of the profiles (which is similar to the construction of steel profiles) gives the structure an industrial, modern character. Application of the system: fixed windows, opening windows: single or double-leaf with tilt function, opening inwards. The system is characterized by slim profiles with minimal visible width and a modern design.
The system is available in various stylistic variants: "Modern", "Steel", "Design" and "Invisible".
A system of high-quality window and door profiles with a thermal break is used where stricter acoustic and thermal insulation standards are required.
Slim profiles with minimal visible width affect not only the aesthetics of your home, but also the maximum amount of light.
That's why there is always a solution for every project, whether renovation or new construction.
WINDOW HANDLES
Standard Window Handle
Classic Window Handle
MoonLine Window Handle
GLASS OPTIONS
Double Glazing
Single-chamber construction of insulated glass package with thermal insulation and thermal transmittance in a range of:
1,0 ≤ Ug ≤ 2,9 W/(m2 * K)
Triple Glazing
Dual-chamber construction of insulated glass package with thermal insulation and thermal transmittance in a range of:
0,4 ≤ Ug ≤ 0,9 W/(m2 * K)
Quadruple Glazing
Triple-chamber construction of insulated glass package with thermal insulation and thermal transmittance in a range of:
Ug = 0.7-0.3 W/(m2 * K)
AVAILABLE COLORS
Colour options
Available in a multitude of colour options through a painting technique called Powder Coating, which provides a long lasting attractive finish.