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Gaulhofer NATURELINE 92 Fi (GM06, TSP)

Manufacturer	Gaulhofer Industrie-Holding GmbH
Product group(s)	Wooden windows
Product images
Manufacturer's product description	NATURELINE - das ganz natürliche Holzfenster von Gaulhofer, gefertigt aus 92mm starker Fichte aus heimischen Wäldern, erreicht ohne den Einsatz von Schaumdämmung mit der Verglasung GM06 einen Uw 0,80 und ist damit bestens geeignet für den Einsatz in Niedrigenergie- und Passivhäusern: Ein Fenster lang, ein Leben lang! Holzart Fichte (Lambda = 0,11)
Details	Show detailed information from baubook
Platforms	ÖkoBauKriterien klimaaktiv Kriterien Vorarlberg WBF Niederösterreich WBF wohngsund
Product Index	1384 fh

Building physics values
UfHeat transmission coefficient of window frames heat transmission coefficient (U-value) of window frames = U_f The heat transmission coefficient U (also called thermal insulation value, U-value, former k-value) is a measure for the heat transport through construction components with one or multiple layers, if different temperatures exist on both sides. It indicates the quantity of energy, which flows through the area of 1 m² within one second if the air temperatures on both sides differ by a fixed degree of 1° Celsius (1 Kelvin). The heat transmission coefficient in W/(K•m²) is a specific figure for the material composition of a component. • The greater the heat transition coefficient, the poorer the thermal insulation property of the material • The greater the thermal resistance, the better the thermal insulation property. Proof is possible with: A certification report of an accredited inspection authority of the U_f-value according to EN ISO 10077-2 or passive house certificate (Passive House Institute Darmstadt).	0.978	W/(m²·K)
UfHeat transmission coefficient of window frames heat transmission coefficient (U-value) of window frames = U_f The heat transmission coefficient U (also called thermal insulation value, U-value, former k-value) is a measure for the heat transport through construction components with one or multiple layers, if different temperatures exist on both sides. It indicates the quantity of energy, which flows through the area of 1 m² within one second if the air temperatures on both sides differ by a fixed degree of 1° Celsius (1 Kelvin). The heat transmission coefficient in W/(K•m²) is a specific figure for the material composition of a component. • The greater the heat transition coefficient, the poorer the thermal insulation property of the material • The greater the thermal resistance, the better the thermal insulation property. Proof is possible with: A certification report of an accredited inspection authority of the U_f-value according to EN ISO 10077-2 or passive house certificate (Passive House Institute Darmstadt).	0.931	W/(m²·K)
UfHeat transmission coefficient of window frames heat transmission coefficient (U-value) of window frames = U_f The heat transmission coefficient U (also called thermal insulation value, U-value, former k-value) is a measure for the heat transport through construction components with one or multiple layers, if different temperatures exist on both sides. It indicates the quantity of energy, which flows through the area of 1 m² within one second if the air temperatures on both sides differ by a fixed degree of 1° Celsius (1 Kelvin). The heat transmission coefficient in W/(K•m²) is a specific figure for the material composition of a component. • The greater the heat transition coefficient, the poorer the thermal insulation property of the material • The greater the thermal resistance, the better the thermal insulation property. Proof is possible with: A certification report of an accredited inspection authority of the U_f-value according to EN ISO 10077-2 or passive house certificate (Passive House Institute Darmstadt).	1.14	W/(m²·K)
Frame width The average frame width. When the frame sections have varying thicknesses, the length-weighted average for the standard window of 1.23m x 1.48m shall be calculated and added.	0.124	m
Frame width The average frame width. When the frame sections have varying thicknesses, the length-weighted average for the standard window of 1.23m x 1.48m shall be calculated and added.	0.121	m
Frame width The average frame width. When the frame sections have varying thicknesses, the length-weighted average for the standard window of 1.23m x 1.48m shall be calculated and added.	0.133	m
UgHeat transmission coefficient of glass heat transmission coefficient (U-value) of glass = Ug-value The heat transmission coefficient U (also called thermal insulation value, U-value, former k-value) is a measure for the heat transport through construction components with one or multiple layers, if different temperatures exist on both sides. It indicates the quantity of energy, which flows through the area of 1 m² within one second if the air temperatures on both sides differ by a fixed degree of 1° Celsius (1 Kelvin). The heat transmission coefficient in W/(K•m²) is a specific figure for the material composition of a component. • The greater the heat transition coefficient, the poorer the thermal insulation property of the material • The greater the thermal resistance, the better the thermal insulation property. Proof is possible with: • A certification report of an accredited inspection authority of the Ug-value according to EN 673 or EN 674. • A certification report of an accredited inspection authority concerning the emittance of coating and calculation of the Ug-value executed with a certified program.	0.6	W/(m²·K)
Energy transmittance (g) The energy transmittance (g) specifies how much solar radiation penetrates a glazing. The higher the energy transmittance, the more light penetrates the glazing. In accordance with EN 410	51	%
(ψ) linear heat transfer coefficient The linear heat transfer coefficient (ψ) describes the heat transition in the bezel (transitional area between the frame and glazing) and depends on the frame and glazing.	2.5·10⁻⁵	W/(m·K)
(ψ) linear heat transfer coefficient The linear heat transfer coefficient (ψ) describes the heat transition in the bezel (transitional area between the frame and glazing) and depends on the frame and glazing.	2.5·10⁻⁵	W/(m·K)
(ψ) linear heat transfer coefficient The linear heat transfer coefficient (ψ) describes the heat transition in the bezel (transitional area between the frame and glazing) and depends on the frame and glazing.	2.7·10⁻⁵	W/(m·K)
Material Randverbund	Kunststoff/Butyl
Produkt Randverbund	Thermostop-PLUS

Retailer
Timeline	Jun 27, 2012 Last update / change with baubook quality assurance Jun 27, 2012 First declaration

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