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Thermobel
- une gamme pour tous les vitrages isolants d'AGC

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Caractéristiques

Thermobel est la gamme de vitrages isolants d’AGC.Grâce à l’éventail de couches AGC, Thermobel offre un confort thermique optimal tout au long de l’année, associé à d’excellentes performances en matière d’isolation thermique, de lumière et de confort visuel.

Fonctionnalités ThermobelOutre la fonction primaire susmentionnée, chaque type de Thermobel peut être personnalisé afin de satisfaire aux exigences de votre application, qu’elle soit résidentielle, commerciale ou industrielle.

D’autres fonctions peuvent être intégrées à votre Thermobel :

  • Contrôle solaire
  • Confort acoustique
  • Protection et sécurité
  • Résistance au feu
  • Fonctionnalités actives
  • Design


Ces possibilités font de Thermobel un produit de construction véritablement multifonctionnel.

À partir de la liste des options Thermobel, AGC Glass Europe vous permet d’affiner et d’améliorer les niveaux de performance afin qu’ils répondent à vos propres besoins.
Chaque vitrage isolant Thermobel est certifié CE pour être utilisé dans des bâtiments et bénéficie de la certification Cradle-to-Cradle, s’inscrivant dans le cadre de la « stratégie écologique » d’AGC Glass Europe.

Avantages

  • Thermobel propose de multiples fonctionnalités grâce à la grande flexibilité des capacités de transformation AGC et à ses possibilités d’intégration à une large gamme de produits AGC.
  • Le processus de production Thermobel est soumis aux contrôles de qualité les plus stricts requis dans le secteur du vitrage isolant.

Applications

Les produits Thermobel offrent des solutions et performances adaptées à l’application visée, qu’elle soit résidentielle, commerciale ou industrielle.

Structure % % % % % W/(M².K)
Thermobel Sunergy τv ρv αe g SC Ug-Value
6| - 16 Ar 90% - 6 50 10 67 33 0.38 1.8
6| - 16 Ar 90% - 6 36 8 72 29 0.33 1.8
6| - 16 Ar 90% - 6 50 10 63 35 0.4 1.8
6| - 16 Ar 90% - 6 61 12 43 52 0.6 1.8
6| - 16 Ar 90% - |6 48 9 70 29 0.33 1.1
6| - 16 Ar 90% - |6 59 11 49 44 0.51 1.1
6| - 16 Ar 90% - |6 48 9 67 31 0.36 1.1
6| - 6 Air - |6 35 7 74 25 0.29 1.1
Stopsol τv ρv αe g SC Ug-Value
6| - 16 Ar 85% - |6 24 8 81 17 0.2 1.1
6| - 16 Ar 90% - 6 27 12 61 36 0.41 2.6
6| - 16 Ar 90% - 6 28 20 70 27 0.31 2.6
6| - 16 Ar 90% - 6 47 27 57 36 0.41 2.6
6| - 16 Ar 90% - 6 17 10 68 31 0.36 2.6
6| - 16 Ar 90% - 6 17 10 68 31 0.36 2.6
6| - 16 Ar 90% - 6 24 8 79 23 0.26 2.6
6| - 16 Ar 90% - 6 58 38 19 60 0.69 2.6
6| - 16 Ar 90% - 6 37 19 61 34 0.39 2.6
6| - 16 Ar 90% - 6 35 28 39 45 0.52 2.6
6| - 16 Ar 90% - |6 16 10 72 20 0.23 1.1
6| - 16 Ar 90% - |6 45 26 61 28 0.32 1.1
6| - 16 Ar 90% - |6 19 12 69 21 0.24 1.1
6| - 16 Ar 90% - |6 26 12 66 26 0.3 1.1
6| - 16 Ar 90% - |6 33 28 42 32 0.37 1.1
6| - 16 Ar 90% - |6 55 37 22 46 0.53 1.1
6| - 16 Ar 90% - |6 36 18 66 26 0.3 1.1
6| - 16 Ar 90% - |6 19 12 69 21 0.24 1.1
|4 - 16 Ar 90% - |6 33 35 33 32 0.37 1.1
|6 - 16 Ar 90% - 6 26 35 45 34 0.39 2.6
|6 - 16 Ar 90% - 6 34 35 32 44 0.51 2.6
|6 - 16 Ar 90% - 6 22 34 55 24 0.28 2.6
|6 - 16 Ar 90% - 6 17 34 49 29 0.33 2.6
|6 - 16 Ar 90% - 6 24 25 66 21 0.24 2.6
|6 - 16 Ar 90% - 6 58 38 15 59 0.68 2.6
|6 - 16 Ar 90% - 6 28 35 54 25 0.29 2.6
|6 - 16 Ar 90% - 6 58 38 15 59 0.68 2.6
|6 - 16 Ar 90% - 6 47 37 45 34 0.39 2.6
|6 - 16 Ar 90% - 6 19 34 47 31 0.36 2.6
|6 - 16 Ar 90% - 6 37 35 47 32 0.37 2.6
|6 - 16 Ar 90% - |6 55 37 19 45 0.52 1.1
|6 - 16 Ar 90% - |6 45 36 49 27 0.31 1.1
|6 - 16 Ar 90% - |6 27 35 57 18 0.21 1.1
|6 - 16 Ar 90% - |6 23 25 69 16 0.18 1.1
|6 - 16 Ar 90% - |6 25 35 50 24 0.28 1.1
|6 - 16 Ar 90% - |6 23 25 69 16 0.18 1.1
|6 - 16 Ar 90% - |6 21 34 59 17 0.2 1.1
|6 - 16 Ar 90% - |6 16 34 55 18 0.21 1.1
|6 - 16 Ar 90% - |6 19 34 52 20 0.23 1.1
|6 - 16 Ar 90% - |6 35 35 52 25 0.29 1.1
|6 - 16 Ar 90% - |6 35 35 52 25 0.29 1.1
|6 - 16 Ar 90% - |6 27 35 57 18 0.21 1.1
Thermobel Stopray τv ρv αe g SC Ug-Value
6| - 12 Ar 90% - 10 36 6 65 26 0.3 1.2
6| - 12 Ar 90% - 12 35 6 66 26 0.3 1.2
6| - 12 Ar 90% - 4 37 6 64 26 0.3 1.2
6| - 12 Ar 90% - 6 36 6 64 26 0.3 1.2
6| - 12 Ar 90% - 8 36 6 65 26 0.3 1.2
6| - 16 Ar 90% - 6 36 6 64 26 0.3 1.0
6| - 16 Ar 90% - 6 44 50 15 28 0.32 1.0
6| - 16 Ar 90% - 6 48 8 67 28 0.32 1.0
6| - 16 Ar 90% - 6 48 8 67 28 0.32 1.0
6| - 16 Ar 90% - 6 60 10 63 32 0.37 1.0
6| - 16 Ar 90% - 6 43 47 27 26 0.3 1.0

Abbreviations:
LT: Light Transmission; LR: Light Reflection; UV: Ultraviolet transmission; EA: Energy Absorption; SF: Solar Factor.

Symbols:

  • The | symbol indicates the position of the solar-control coating.
  • The ¦ symbol indicates the position of a low-emissivity coating (iplus Top 1.1).
  • The ! Symbol indicates the position of a low-emissivity coating (Planibel G)

Tolerances:
The data are calculated using spectral measurements that are conform to standards EN 410 (1998).
The tolerance of published data with respect to photometric properties is +/- 3 points.
The U-value (formerly k-value) is calculated according to standard EN 673.
The emissivity measurement complies with standards EN 673 (Annex A) and EN 12898. The U-value tolerance is +/- 0.1W/(m²K).
This information is no evaluation of the risk of glass breakage due to thermal stress.

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  • EU Warm E
    StandardClassificationProductInstitution
    EN 1279-6-ThermobelMPA
    EN 1279-6-ThermobelMPA
    EN 1279-2-ThermobelMPA
    EN 1279-3-ThermobelMPA
    EN 1279-6-ThermobelMPA
    EN 1279-6-ThermobelMPA
    EN 1279-6Warm-edgeTGI-SpacerIBGE-BIM
  • BE BENOR
    StandardClassificationProductInstitution
    EN 1279-5BENORThermobel AGC WarszawaBCCA
    EN 1279-5BENORThermobel AGC MiroxBCCA
    EN 1279-5BENORThermobel AGC SeapaneBCCA
    EN 1279-5BENORThermobel AGC OosterwoldeBCCA
    EN 1279-5BENORThermobel AGC Mirodan BouwglasBCCA
    EN 1279-5BENORThermobel AGC KempenglasBCCA
    EN 1279-5BENORThermobel AGC HeerlenBCCA
    EN 1279-5BENORThermobel AGC GedoptBCCA
    EN 1279-5BENORThermobel AGC EnergypaneBCCA
  • EU Structural Glazing
    StandardClassificationProductInstitution
    ETAG 002AdhesionSiliconeDC
  • EU CE Level 1
    StandardClassificationProductInstitution
    EN 1279-5CE level 1Thermobel AGC FenestraBCCA
    EN 1279-5CE level 1Thermobel AGC STOD-SokolovBCCA
    EN 1279-5CE level 1Thermobel AGC SeapaneBCCA
    EN 1279-5CE level 1Thermobel AGC SoversoBCCA
    EN 1279-5CE level 1Thermobel AGC HeerlenBCCA
    EN 1279-5CE level 1Thermobel AGC EnergypaneBCCA
    EN 1279-5CE level 1Thermobel AGC Processing TepliceBCCA
    EN 1279-5CE level 1Thermobel AGC OosterwoldeBCCA
    EN 1279-5CE level 1Thermobel AGC IVBBCCA
    EN 1279-5CE level 1Thermobel AGC TrencinBCCA
    EN 1279-5CE level 1Thermobel AGC Vertal Ile-de-FranceBCCA
    EN 1279-5CE level 1Thermobel AGC Mirest NancyBCCA
    EN 1279-5CE level 1Thermobel AGC Mirodan BouwBCCA
    EN 1279-5CE level 1Thermobel AGC DaverBCCA
    EN 1279-5CE level 1Thermobel AGC KempenglasBCCA
    EN 1279-5CE level 1Thermobel AGC AIVBCCA
    EN 1279-5CE level 1Thermobel AGC WarszawaBCCA
    EN 1279-5CE level 1Thermobel AGC Verres IndustrielsBCCA
  • EU U-value
    StandardClassificationProductInstitution
    EN 6740,15 W/m².KThermobel VIPTNO
    EN 6740,30 W/m².KThermobel VIPIKATES
  • FR Avis Technique
    StandardClassificationProductInstitution
    Avis TechniqueAT 6/12-2034Thermobel Store 27CCSTB
  • EU Quality Bond
    StandardClassificationProductInstitution
    -Quality BondThermobelDC
  • EU Insulating Glass Unit
    StandardClassificationProductInstitution
    EN 1279-2Moisture penetration (ITT)System 1INV
    EN 1279-2Moisture penetration (ITT)System 2INV
    EN 1279-3Gas leakage and concentration (ITT)System 3INV
    EN 1279-3Gas leakage and concentration (ITT)System 4INV
    EN 1279-2Moisture penetration (ITT)System 5INV
    EN 1279-2Moisture penetration (ITT)System 6INV
    EN 1279-3Gas leakage and concentration (ITT)System 7INV
    EN 1279-3Gas leakage and concentration (ITT)System 8INV
    EN 1279-2Moisture penetration (ITT)System 9INV
    EN 1279-2Moisture penetration (ITT)System 10INV
    EN 1279-3Gas leakage and concentration (ITT)System 11INISMA
    EN 1279-2Moisture penetration (ITT)System 12MPA
    EN 1279-3Gas leakage and concentration (ITT)System 13MPA
    EN 1279-2Moisture penetration (ITT)System 14MPA
    EN 1279-3Gas leakage and concentration (ITT)System 15MPA
    EN 1279-3Gas leakage and concentration (ITT)System 16INISMA
    EN 1279-3Gas leakage and concentration (ITT)System 17INISMA
    EN 1279-2Moisture penetration (ITT)System 18INISMA
    EN 1279-2Moisture penetration (ITT)System 19INISMA
    EN 1279-2Moisture penetration (ITT)System 20SSV
    EN 1279-3Gas leakage and concentration (ITT)System 21SSV
    EN 1279-2Moisture penetration (ITT)System 22SSV
    EN 1279-3Gas leakage and concentration (ITT)System 23SSV
    EN 1279-3Gas leakage and concentration (ITT)System 24INISMA
    EN 1279-2Moisture penetration (ITT)System 25AGC
    EN 1279-2Moisture penetration (ITT)System 26TUV
    EN 1279-3Gas leakage and concentration (ITT)System 26TUV
    EN 1279-2Moisture penetration (ITT)System 27IFT
    EN 1279-3Gas leakage and concentration (ITT)System 27IFT
    EN 1279-2Moisture penetration (ITT)System 28IFT
    EN 1279-3Gas leakage and concentration (ITT)System 28IFT
    EN 1279-2Moisture penetration (ITT)System 29TUV
    EN 1279-3Gas leakage and concentration (ITT)System 30TUV
    EN 1279-2Moisture penetration (ITT)System 31IFT
    EN 1279-3Gas leakage and concentration (ITT)System 31IFT
    EN 1279-2Moisture penetration (ITT)System 32IFT
    EN 1279-3Gas leakage and concentration (ITT)System 33IFT

Market Office

+32 2 409 30 00 (AGC Glass Europe Headquarters)

Autres adresses

Produits

Glass Configurator

Glass configurator

Faites des calculs pour ces produits avec le glass configurator

Cradle to Cradle Silver certificate

Cradle to Cradle

Cette gamme a obtenu le certificat Cradle to Cradle Bronze

Swarts Schilderwerken

Swarts Schilderwerken Hoogeveen
Swarts Schilderwerken Hoogeveen
Swarts Schilderwerken Hoogeveen
Swarts Schilderwerken Hoogeveen
Swarts Schilderwerken Hoogeveen
Swarts Schilderwerken Hoogeveen
Swarts Schilderwerken Hoogeveen
Hoogeveen

Law Court Den Haag

Den Haag

Ellipse Building

Brussels

Hotel Hilton

Hotel Hilton
Hotel Hilton
Hotel Hilton
Sofia

European Institutions

Brussels

Law Court Antwerp

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Antwerp

Private house in wood

Private House in wood (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in wood (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in wood (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in wood (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in wood (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in wood (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Paris

Private house in metal

Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Private House in metal (FR) - Thermoplus Energy - Thermoplus Energy not only provides protection from summer heat waves, but also from harsh winters, by ensuring a higher level of comfort within the building
Paris

AGC Glass Building

The double glazing of the inner façade (Thermobel EnergyN on Clearvision) is chosen for its excellent thermal performance and in particular its improved solar control (which prevents overheating in summer).
The double glazing of the inner façade (Thermobel EnergyN on Clearvision) is chosen for its excellent thermal performance and in particular its improved solar control (which prevents overheating in summer).
The double glazing of the inner façade (Thermobel EnergyN on Clearvision) is chosen for its excellent thermal performance and in particular its improved solar control (which prevents overheating in summer).
The double glazing of the inner façade (Thermobel EnergyN on Clearvision) is chosen for its excellent thermal performance and in particular its improved solar control (which prevents overheating in summer).
The double glazing of the inner façade (Thermobel EnergyN on Clearvision) is chosen for its excellent thermal performance and in particular its improved solar control (which prevents overheating in summer).
Louvain-la-Neuve

IBGE/BIM

IBGE/BIM
IBGE/BIM
IBGE/BIM
IBGE/BIM
IBGE/BIM
IBGE/BIM
IBGE/BIM
IBGE/BIM
IBGE/BIM
Brussels

GDF Suez Headquarters

GDF Suez Headquarters
GDF Suez Headquarters
GDF Suez Headquarters
GDF Suez Headquarters
Brussels

Castle - Eghezée

Castle Entrance
Castle Front View
Castle Side View
Eghezée

Siège Rossignol

Headquarters of Rossignol : Facade with frames and curtain walling: ENERGY N facing south and TOP N+ facing north
Headquarters of Rossignol : Facade with frames and curtain walling: ENERGY N facing south and TOP N+ facing north
Headquarters of Rossignol : Facade with frames and curtain walling: ENERGY N facing south and TOP N+ facing north
St Jean de Moirans

Research complex – Gif-sur-Yvette

Two types of glazing for this research complex: toughened glass with HST (Heat Soak Test) & Thermobel Energy N (insulating solar control glazing) assembled with coloured laminated glass
Two types of glazing for this research complex: toughened glass with HST (Heat Soak Test) & Thermobel Energy N (insulating solar control glazing) assembled with coloured laminated glass
Gif-sur-Yvette

Quatuor Gerland

Quatuor Gerland – Lyon - 2010
Quatuor Gerland – Lyon - 2010
Lyon

Pole Petite Enfance

Facade in Thermobel Energy N and Stratobel color to bring color in this building for children
Facade in Thermobel Energy N and Stratobel color to bring color in this building for children
Facade in Thermobel Energy N and Stratobel color to bring color in this building for children
Bar-le –Duc

INHolland Hogeschool

Delft

Private house

Brussels

Rossignon house

Beersel

Thermobel Store

Tiel

Hoofdkantoor van de Parti Socialiste

Brussels

International Riga Airport (1)

International Riga Airport (1)
International Riga Airport (1)
International Riga Airport (1)
International Riga Airport (1)
International Riga Airport (1)
Riga

Jomas 15

Jomas 15
Jomas 15
Jomas 15
Jomas 15
Jurmala

Het Strijkijzer

AGC glass for het "Strijjkijzer" in The Hague (Netherlands)
AGC glass for het "Strijjkijzer" in The Hague (Netherlands)
AGC glass for het "Strijjkijzer" in The Hague (Netherlands)
AGC glass for het "Strijjkijzer" in The Hague (Netherlands)
Den Haag

Private house - kitchen

Private House - Planibel Energy
Liège

CPAS

Jambes

Thermobel Energy N

Thermobel Energy N, thermal confort all year long
Thermobel Energy N, thermal confort all year long
n.a.