1.Loadbearing lower case profile within base surface of width is ; 54,5 mm, aforesaid other loadbearing profile; within upper case is 46,4 mm. Existence of these profiles inside; there are two channels operating separately from each other performing the duty of carrier. 2.Through vertical height of lower carrier; cubicle waterspout is implemented. The height of initial cubicle is 11 mm and is inclined. 3.By courtesy of trio cubicle profiles; the exterior is out of sight and air ingression is prevented directly. 4.Under favour of lenghtwise hair cord channel at case profile , hair cord might be implemented continuously. 5.Within moving wing profile; thanks to centering channel ; axial run outs are prevented. Additionally; carrier profile ; preserving any excess sealant within joint of glass and aluminium. 6.Aluminium caps shutting down the wing profile outrightly moreover plastic cap is not used within wings. 7.
Turkey
Aluminium spacers are the first types of spacers manufactured by NEDEX. In order to meet the requirements of various markets, aluminium spacers are produced in many dimensions for insulating glass. Aluminium spacers are made for cut & plug applications, with plastic corner connectors and for machine bending with metallic straight connectors. The thickness of the aluminium materials varies from 0,18 mm for lower thermal conductivity and cost efficiency to 0,35 mm for bendability and strength.There are different sizes of aluminium spacers with a nominal width of 6 mm and 24 mm. The standard lengths of the aluminium spacers are 3 m, 5 m and 6 m. Other lengths are optional on request. Name, date and imprint are available. In addition, if required, NEDEX can produce colored spacers in many colors using powder coating technology. A minimum of oil is required for chemicals to adhere better to aluminium spacers. The production of spacers is fone with the latest roll formin
Request for a quotePortugal
A development of the Cor Galicia Premium series which is a mixed composite system comprising of aluminium and timber with thermal break and has a 66.4 mm frame depth which maintains the use of standard hardware and offers the possibility of triple adjustment and front fixing. It has a similar shape but with an improved thermal and acoustic performance over the previous system version and is about a more economic window to fabricate by simplifying this phase and reducing the necessary manufacturing time by between 15 to 20%. It is made up of external aluminium profiles that are assembled with 14.6 & 16 mm polyamide strips that make up the thermal breaking zone and improves notably its thermal insulation and being able to reach minimum transmission values of 1.1 (W/m²K). The joining of the external aluminium frames and the internal timber mouldings can be carried out in two ways: by fixing independently with clips (this allows for the substitution of the mouldings
Request for a quoteCreate one request and get multiple quotes form verified suppliers.