Architectural
Building System Solutions

Superial

Superial i+

  • the system is designed for designing windows, doors and shop windows with high thermal insulation parameters
  • high thermal insulation parameters were obtained by applying special thermal inserts installed between thermal separators and around the glass pane, improving thermal insulation power of the profile by 0,2-0,4 W/m2K large number of shapes in the system guarantees obtaining desired appearance and structural strength
  • option of installing windows in facade systems
  • glazing strips available in rectangular and circular variant
  • shapes of profiles suitable for installation of various peripheral hardware, including hidden hinges and pvc hardware
  • broad range of glazing allows using all types of single and double cavity, acoustic and anti-burglary glass panes
  • profile drainage in two variants: traditional and hidden
  • option of bending profiles (detailed specification of profiles and detailed technical parameters of profile bending process are available in the customer area of the website www.aliplast.pl)
  • available option of low lintel in single or double wing rectangular balcony door (designs using dedicated profiles); in addition structural tightness was improved thanks to application of ACRS461 gasket
  • the system allows also designing modern window solutions in multiple variants; it is used in design of residential and public buildings
  • design of systems SP i, SP i+ is based on proven, extensive and recognized base system Superial
  • a wide range of colours available - RAL palette, structural colours, Aliplast Wood Colour Effect, anodized, bi-colour

system

material

depth of frame

depth of leaf

glazing range

type of windows

SP

aluminium/ polyamid 

75 mm

84 mm

14-61 mm

single and double windows, outside opening, inside opening

SPi+

aluminium / polyamid 

75 mm

84 mm

14-61 mm

single and double windows, outside opening, inside opening

 

performance

system

thermal insulation Uf*

 air permeability

windload resistance

watertightness

SP

Uf from 1,41 W/m2K

Class 4; EN 12207

Class C5/B5; EN 12210

Class E1950; EN 12208

SP i+

Uf from 1,08  W/m2K

Class 4; EN 12207

Class C5/B5; EN 12210

Class E1950; EN 12208

*Thermal insulation is dependent on a combination of profiles and thickness of the filling

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