s Offer - Aliplast
Architectural
Building System Solutions

Sliding doors

Modernslide

  • this is a system used to design sliding structures featuring improved thermal performance; modernslide is a system of sliding structures to be used in residential housing, private housing and public buildings; galandage is a unique structural solution to open the door entirely as door leaves are hidden in chambers in building walls
  • the system featuring improved thermal performance is used to design sliding structures
  • the solutions offered by the Modernslide system make are suitable for designing sliding structures on 2-, 3- and 4-rail frames, which offers great flexibility for facade design
  • the Galandage solution makes it possible to hide almost completely sliding leaves in the building wall to maximise the clear opening once the structure leaves are opened
  • the system also offers the Monoblock solution; monoblock sliding structures are installed within the thermal insulation layer, which is located inside rooms
  • the width of the joint between two structure leaves is only 35 mm; the profiles are available in 3 versions suitable for various resistance-related requirements
  • the system is characterised by structural slenderness and modern design
  • maximum leaf weight in the structure up to 250 kg
  • available infill thickness values: 24, 28 and 32 mm
  • there is apossibility of use Flyscreen system (Flyscreen - fly screens are a practical and an extremely functional protection against insects)
  • 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

weight of leaf

type od doors

MDS

aluminium/polyamid

73,8-195,9 mm

44 mm

21 mm / 28 mm / 32 mm

to 250 kg

sliding

performance

system

thermal insulation Uf*

air permeability

windload resistance

watertightness

MDS

Uf from 1,50 W/m2K

Class 3; EN 12207

 Class C1 (400 Pa); EN 12210

Class 6A (250 Pa); EN12208

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

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