Balcony - Import export

1.Loadbearing lower case profile within base surface of width is 48 mm, aforesaid ; other loadbearing profile; withinupper case is 40 mm. Within existence of these profiles inside; there are two separately functioning channels independent from each other in order to fullfill the duty of carrier. 2.Through vertical height of lower carrier; trio cubicle drip cap case profile is used. 3. Thanks to trio cubicle profile ; the outdoor is invisible and indoor air ingress is prevented directly .Under favour of hair gasket along with within case profile uninterrupted hair cord can be easily implemented .. 4.Thanks to centering channel , at wing profile as moving profile;axial leakage is prevented additionally possibility of any excess sealant within joint of glass and aluminium is preserved. 5.Aluminium caps shutting down wing profile outrightly moreover plastic cap is not used within wings. 6.All pitch joint details (sections of; sub strut and pitch joints I possessing the same design...

1.Carrier lower base profile base surface width is 117 mm. 2.Lower carrier profile vertical height are 9 and 14 mm with two alternatives and Water inclined has at 14 mm height threshold profile. 3.At case and side profile junction there is no plastic injection. Alluminium profiles are linked to each other with screws in order to provide uninterrupted conjuction. 4.Above glass panels; there is no additional panels. Centering is supplied thanks to component that is mounted inside upper case profile . 5.Balanced and without flexure operation is provided by courtesy of carrier channel located at lower rail profile. 6.There is no need any additional component or application under favour of first wing profiles are handler itself. 7.Center channel is existed at wing profile as moving profile in order to prevent axial leakage. Additionally; intersection between glass and aluminium the wing profile is specially designed in order to prevent glass leakage.