TECHNICAL DESCRIPTION
System D 9500 is system with thermal bridge accomplished through implementation of 34mm wide polyamide bars with interior cladding crafted from full hardwood. System found wide utilization, due to its technical and thermal characteristic.
With a thermal conductivity coefficient for frame Uf=1.40 W/m²K, and for a window Uw= 0.87 W/m²K (along with a three-layer thermo insulated glass with a thermal conductivity coefficient Ug=0.5 W/m²K) this system is ranked amongst the best on the market, which contributed to its application to the projects where besides mechanical and other characteristics dominant requirement is thermal characteristics of a the aluminium system.
–IMPLEMENTATION POSSIBILITIES:
This system of aluminum profiles, with thermal bridge, with «EURO-GROOVE» fittings 12/18-13 and E.P.D.M. gaskets, is ready to manage any of the following type of construction:
• any type of window;
• balcony doors;
• slide and fold doors (with one or more sashes);
• portals, and other facade partitions.
Aluminum profiles are with fiat edges and modern design.
–THE CHARACTERISTICS OF THE SYSTEM:
Passed aluminum profiles from the AlMgSiO5 alloy, with ultimate tensile strenght T 66 HW 12-15.
• Thickness of the profile and tolerance: according to EN 755-9
• Polyamide bars 34mm wide, made of a high quality attested polyamide PA66GF25
• Thickness of the filling/glass: from 39-44mm, dependending on glazing bad used.
• Thermo fillinig of chambers among polyamide bars and around glass is done with foamy thermo insulating material.
• Central basket is made of E.P.D.M.-a
–MAIN CHARACTERISTICS OF THE SYSTEM:
Aluminum profiles of this system are with thermal break with 3 chambers formed either by implementation of proper E.P.D.M. gasket or with polyamide bars, with a resulting thermal transmittance coefficient for frame Uf =1.4 W/m²K and thermal transmittance coefficient for a window 1230x1480mm• Uw=0.87 W/m²K along with a glass with a thermal conductivity coefficient Ug = 0,5W/m²K
