ARCHILOCO – integrated window system hinge holder

SCUDO integrated window system hinge holder, for frames and external blinds on hinges, made of high density EPS 250 (approx. 30-35 kg/m2), OSB 3 wood and purenit.

The system allows you to install the window frame on three sides.

Shoulders and across

Shoulders and crosspiece in high density EPS 250 material (30-35 kg/mc), with thermal conductivity equal to 0.034 W/m·K and OSB 3 wood with thermal conductivity equal to 0.1 W/m·K, without metal components; full-height reinforced shoulders with purenit profiles for mechanical anchoring of the hinges; the shoulders are assembled and sealed at the joints with the crosspiece and the under-bench in such a way as to guarantee permanent air tightness.

Technical specifications:

• Shoulder and crosspiece width 89 mm (EPS 65 mm + OSB 3 mm 18 + leveling reference 6 mm);
• Shoulder reinforcement with purenit profile
• Total depth of the shoulder: defined by the customer;
• Positioning of the frame: flush with the internal wall or in a stack;
• Frame location: defined by the client;
• References for plaster or smoothing with plaster holder profiles with 6mm h mesh;
• Ribbed plates for mechanical anchoring on the external side (5 on windows, 7 on balconies).

Fourth side

Under-pallet in high density EPS 250 (approximately 30-35 kg/mc), with thermal conductivity equal to 0.034 W/m·K; purenit reinforcement profile with thermal conductivity equal to 0.086 W/m·K; crosspiece in OSB 3 at the base with thermal conductivity equal to 0.1 W/m·K.
All elements are assembled and sealed at the joints with the shoulders in such a way as to guarantee permanent air tightness.

Technical specifications:

• Height of the sub-pallet 112 mm;
• Standard height of the threshold compartment 36 mm (modifiable);
• Standard depth of threshold insulation 30 mm (modifiable);
• Standard deviation of the insulation from the internal wall edge of the shoulders 15 mm (modifiable).

Materials, characteristics

EPS 250
AC density 30-35 Kg/mc;
thermal conductivity λ=0,034 W/m·K;
compressive strength kPa 250;
water absorption for long-term immersion (28 days) WL(T)i ≤ 2%

OSB 3 (load-bearing panels for use in humid locations)
Thermal conductivity λ=0.1 W/m·K;
resistance to vapor diffusion 90-150;
longitudinal bending resistance 18 N/mm²;
transversal bending resistance 9 N/mm²;
insect attack excluded in areas with a temperate climate.

PURENIT
Thermal conductivity λ=0.086 W/m K;
water absorption after 24 hours of soaking approx. 5% with change in size of approx. 0.4%