
Imperial Aluminium System

Imperial - System Description
The system is designed for design of windows and doors with high thermal insulation parameters.
Available system variants:
- IP i
- IP i+
lmproved thermal insulation was obtained by applying special thermal inserts installed between thermal separators and around the glass pane, improving thermal insulation factor coefficients of the profile 0,2-0,5 W/m2K.
Large number of shapes in the system guarantees the obtained desired appearance and structural strength. The option of installing windows in facade systems. The shapes of profiles suitable for the installation of various peripheral hardware, including hidden hinges and PCV hardware.
The system is designed for use in residential and public buildings, and also allows designing modern window solutions in multiple variants.
A wide range of colours available – RAL palette, structural colours, Aliplast Wood Colour Effect, bi-colour.
Imperial - Specification
System | IP i | IP i+ |
---|---|---|
Thermal insulation | Uf from 1,57 W/m²k | Uf from 1,28 W/m²k |
Air permeability | Class 4; EN 12207 | Class 4; EN 12207 |
Windload resistance | Class C4; EN 12210 | Class C4; EN 12210 |
Watertightness | Class E1350; EN 12208 | Class E1350; EN 12208 |
Material | aluminium/polyamid | aluminium/polyamid |
Depth of frame | 65 mm | 65 mm |
Depth of leaf | 74 mm | 74 mm |
Glazing range | 4-51 mm | 4-51 mm |
Type of windows | single and double, inward and outward opening | single and double, inward and outward opening |
*Thermal insulation is dependent on a combination of profiles and thickness of the filling. |
Imperial OUT - System Description
Window system which allows designing windows tilting and opening outwards. Imperial OUT features faced internal surface of the frame and the wing. Such windows allow full use of the space inside the building.
Available system variants:
- IP OUT i variant with additional thermal insulation, at the profile-glass interface.
- IP OUT i+ variant with additional thermal insulation in the space between thermal separators.
System Imperial OUT is fully compatible with window system Imperial (they share system elements: connectors, gaskets, glazing strips).
Turn out windows can be fitted with two types of hinges: rotating hinges or scissor hinge; window hardware used allows tilting the top or the bottom of the window outwards; option of turn out window with the limit stop.
This system is very popular in Nordic countries and on British Isles. Perfectly matching old and stylized manor houses, wood cabins or simple Scandinavian type houses. Shutters are often used with such windows.
A wide range of colours available – RAL palette, structural colours, Aliplast Wood Colour Effect, bi-colour.
Imprial OUT - System Specification
System | IP OUT i | IP OUT i+ |
---|---|---|
Thermal insulation | Uf from 1,85 W/m²k | Uf from 1,68 W/m²k |
Air permeability | Class 4; EN 12207 | Class 4; EN 12207 |
Windload resistance | Class C5/B5; EN 12210 | Class C5/B5; EN 12210 |
Watertightness | Class E900; EN 12208 | Class E900; EN 12208 |
Material | aluminium/polyamid | aluminium/polyamid |
Depth of frame | 65 mm | 65 mm |
Depth of leaf | 74 mm | 74 mm |
Glazing range | 14-61 mm | 14-61 mm |
Type of windows | outward opening | outward opening |
*Thermal insulation is dependent on a combination of profiles and thickness of the filling. |
IP 800 - System Description
Three-chamber system designated for designing door with improved thermal insulation parameters.
Available system variants:
- IP 800 i
- IP 800 i+
Improved thermal insulation was obtained by applying special thermal inserts installed between thermal separators and around the glass pane, improving thermal insulation factor coefficients of the profile 0,2-0,5 W/m2K.
The system is compatible with Imperial system – thanks to adaptive profiles designs in series IP 800 can be integrated with Imperial shop windows.
The system features very good anti-burglary properties (the lock is situated far from the outer side).
A wide range of colours available – RAL palette, structural colours, Aliplast Wood Colour Effect, bi-colour.
IP 800 - Specification
System | IP 800 i | IP 800 i+ |
---|---|---|
Thermal insulation | Uf from Uf from 1,84 W/m²k | Uf from Uf from 1,67 W/m²k |
Air permeability | Class 4; EN 12207 | Class 4; EN 12207 |
Windload resistance | Class CE 2400; EN 12210 | Class CE 2400; EN 12210 |
Watertightness | Class 8A; EN 12208 | Class 8A; EN 12208 |
Material | aluminium/polyamid | aluminium/polyamid |
Depth of frame | 65 mm | 65 mm |
Depth of leaf | 65 mm | 65 mm |
Glazing range | 14-59 mm | 14-59 mm |
Type of doors | single and double, inward and outward opening, panic door | single and double, inward and outward opening, panic door |
*Thermal insulation is dependent on a combination of profiles and thickness of the filling. |
IP SU - System Description
System with thermal insulation designed for designing windows with hidden sash, invisible from the outside. Specially designed shape of the frame hides the full height of sash profile. Imperial SU system is the system preferred by designers, as it allows “hiding” windows in aluminium and glass structure.
The system is compatible with Imperial system – thanks to adaptive profiles designs in series IP 800 can be integrated with Imperial shop windows.
The system features very good anti-burglary properties (the lock is situated far from the outer side).
A wide range of colours available – RAL palette, structural colours, Aliplast Wood Colour Effect, bi-colour.
IP SU - Specification
System | IP SU i | IP SU i+ |
---|---|---|
Thermal insulation | Uf from Uf from 1,48 W/m²k | Uf from Uf from 1,12 W/m²k |
Air permeability | Class 4; EN 12207 | Class 4; EN 12207 |
Windload resistance | Class C5/B5; EN 12210 | Class C5/B5; EN 12210 |
Watertightness | Class E1200; EN 12208 | Class E1200; EN 12208 |
Material | aluminium/polyamid | aluminium/polyamid |
Depth of frame | 65 mm | 65 mm |
Depth of leaf | 68 mm | 68 mm |
Glazing range | 4 - 41 mm | 4 - 41 mm |
Type of windows | hidden sash | hidden sash |
*Thermal insulation is dependent on a combination of profiles and thickness of the filling. |