Windows

STANDARD Type

Heat transfer coefficient Uw from1.35 w/m2K, depending on the wood species, openings, type and dimensions of the insulating glazing

Thickness:
Heel  68 mm
Sash  68 mm
Glazing  24 mm

Water, wind, air permeability are determined after tests made in INCERC laboratories, Cluj-Napoca branch, in accordance with the following standards SR EN 12210:2002 and SR EN 12207 AC2003:2002

Wind resistance (pressure test)  – class 4
Wind resistance (deformation frame)  – class C
Air permeability  – class 4
Water tightness  – classE900    

CONFORT Type

Heat transfer coefficient Uw from 0.95 w/m2K, depending on the wood species, openings, type and dimensions of the insulating glazing

Thickness:

Heel  78 mm
Sash  78 mm
Glazing  38 mm

Water, wind, air permeability are determined after tests made in INCERC laboratories, Cluj-Napoca branch, in accordance with the following standards SR EN 12210:2002 and SR EN 12207 AC2003:2002

Wind resistance (pressure test)  – class 4
Wind resistance (deformation frame)  – class C
Air permeability  – class 4
Water tightness  – classE900    

ULTRA Type

This type of joinery can be used on passive houses, having a heat transfer coefficient Uw from 0.85 w/m2K, depending on the wood species, openings, type and dimensions of the insulating glazing

Thickness:

Heel  68 mm
Sash  92 mm
Glazing  48 mm

LUX Type

Wood-aluminium is an unbeatable combination, that combines in an elegant manner, timber with the resistant properties of aluminium, resulting in a window that does not require maintenance

Heat transfer coefficient Uw from 0.95 w/m2K, depending on the wood species, openings, type and dimensions of the insulating glazing.

Thickness:

Heel  84 mm
Sash  88 mm
Glazing  48 mm