Ultra

High Performance Insulation

Building Applications

  • ENERGY SAVING
  • SPACE SAVING
  • COST SAVING
  • SUSTAINABLE

Our products for the building industry

  • vakuVIP vacuum insulation panels in various configurations with different layers for nearly every application in the building sector 
  • vacuum insulation panels and our vakuVIP elements are the most efficient insulation material on the market
  • Purchase from the leading supplier for vacuum insulation in the building sector
  • More than 12 years market experience with vacuum insulation panels
  • Approved B2 product by the German institut for building technology (DiBt) 
  • RAL-Label – high quality approved by independent institutes
  • Fast, reliable and efficient layout plans for your building - made by our specialists
  • Max. delivery time of 10 working days*
  • Standard dimensions on stock and delivery within 1-2 days*
  • Reliable service you can count on: We are available from 9:00 – 16:00 (Mo – Th.) and 9:00 - 14:30 (Fr.)

*Depends on volume and availability; valid for Germany

Please click on the product you are interested in for further information. 

B2

Specification:
  • Core + film covering

  • The core of the insulation panel consists of pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation, and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, plastic composite foil, and then evacuates and seals it.

Additional technical information is available in the current data sheet.

Applications

In construction industry areas that require approval, for example in the application areas of DAD, DAA, DZ, DL, DEO, WAB, WAA, WH, WTR, and WL, in accordance with DIN 4108-10, table 1.

Features
  • vakuVIP B2 has received building authority approval via DIBt Berlin, under the number Z-23.11-1851 (v. 11.11.2013)

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Implementation of hitherto unfeasible insulation solutions
    Vacuum insulation has a long service life

  • The panel core is non-flammable and has been assigned fire class A1

  • When installing, this product must be additionally protected with appropriate lower and upper materials

 

U-Value of the vacuum insulation panel based on λ-value of 0,007 W(m*K) 

 U-Value
       W/(m2K)     

vakuVIP B2
HCG 0,007*
Thickness VIP in mm

0,70 10
0,35 20
0,23 30
0,17 40
0,14 50

* Calculated heat conductivity value of the VIP after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Applications according to DIN 4108-10

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer with different temperatures on each side. The lower the termal transfer coefficient - U -, the better insulation the installation component provides!

 

Gum-1 & Gum-2

Specification:
  • Gum-1: core + foil covering (VIP) with single-sided 3 mm rubber granulate lining

  • Gum-2: core + foil covering (VIP) with double-sided 3 mm rubber granulate lining

  • The VIP is protected by a 3 mm thick rubber granulate lining on one side (Gum-1), or on both sides (Gum-2)

  • The core of the insulation panel consists of a pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, metallised plastic composite foil, and then evacuates and seals it.

Applications

Optimum solution as high-performance floor insulation
Insulation of flat roofs
Insulation of roof terraces
Insulation of floors in cold storage houses

Features
  • Vacuum insulation panels (VIP) are lined with single or double-sided 3 mm rubber granulate mat

  • This greatly simplifies installation because operators can freely step on VIPs during work

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Durable insulation solution with a long service life.

  • It is possible, for example, to achieve level floor construction of indoor and outdoor floors for terraces with living spaces underneath

  • The panel core is non-flammable and has been assigned fire class A-1

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

Sp-1 & Sp-2

Specification:
  • SP-1: core + foil covering (VIP) with single-sided 10 mm* polystyrene lining

  • SP-2: core + foil covering (VIP) with double-sided 10 mm* polystyrene lining

  • The core of the insulation panel consists of pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, metallised plastic composite foil, and then evacuates and seals it. 

    * Other polystyrene thicknesses are available upon request

    Additional technical information is available in the current data sheet

Applications

Wall and floor insulation
Insulation of windows and door soffits
Insulation of ceilings, in particular the insulation of basement ceilings
Insulation of exterior facades (EIFS)
Insulation radiator niches

Features
  • Vacuum insulation panels (VIP) lined with double-sided 10 mm* polystyrene panel

  • Easy installation due to gluing with standard polystyrene adhesives

  • Simple surface processing, e.g. by applying plaster netting and plaster

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Implementation of hitherto unfeasible insulation solutions

  • Vacuum insulation panels have a long service life

  • The panel core is non-flammable and has been assigned fire class A-1

 

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

 

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

Sp-2/E

Specification:
  • Core + foil covering (VIP) with a both sides10mm* thick Polystyrene panel and 4-sided, circumferential EPS insert edge band along the margin

  • The core of the insulation panel consists of a pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, metallised plastic composite foil, and then evacuates and seals it.

* Other polystyrene thicknesses on request

Applications

Wall and floor insulation
Insulation of windows and door soffits
Insulation of ceilings, in particular insulation of basement ceilings
Insulation of exterior facades (EIFS)
Insulation radiator niches

Features:

The special advantage of vakuVIP SP-2/E: the VIP is protected against damage on all sides

  • Vacuum insulation panels (VIP) lined with double-sided 10 mm* polystyrene panel

  • 4-sided circumferential EPS insert edge band, 25 mm wide along the margin

  • Drilling and screwing allowed in the insert edge band area

  • Easy installation due to gluing with standard polystyrene adhesives

  • Simple surface processing, e.g. by applying plaster netting and plaster

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Implementation of hitherto unfeasible insulation solutions

  • Vacuum insulation panels have a long service life

  • The panel core is non-flammable and has been assigned fire class A-1

 

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

Protekt-1 & Protekt-2

Specification:
  • Protect-1: core + foil covering (VIP) with one-sided 1.4 mm isolation fleece

  • Protect-1: core + foil covering (VIP) with double-sided 1.4 mm isolation fleece

  • The VIP is protected by a 1.4 mm thick fleece lining on one side (protect-1), or on both sides (protect-2).

  • The core of the insulation panel consists of pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, metallised plastic composite foil, and then evacuates and seals it.

Applications

Suitable under floor heating systems
Insulation between masonry and roller shutter, blind, or lamellar blind boxes in door panels
Application in panels in facade construction with glass or coated aluminium planking

Features:
  • Vacuum insulation panels (VIP) with single or double-sided 1.4 mm* isolation lining

  • The VIP is protected from superficial damage by fleece

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Implementation of hitherto unfeasible insulation solutions

  • Vacuum insulation panels have a long service life

  • The panel core is non-flammable and has been assigned fire class A-1

 

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

Bauplatte

Specification:
  • Core + foil covering (VIP) with a double-sided, 4mm* thick plastic recycling panel and 4-sided circumferential, 25mm wide EPS insert edge band along the margin

  • The core of the insulation panel consists of pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, metallised plastic composite foil, and then evacuates and seals it.

Applications

Insulation under and between rafters
Insulation of windows and door soffits
Insulation of outer facades
Insulation of ceilings, in particular the insulation of basement ceilings
Insulation of radiator niches

Features:
  • Vacuum insulation panels (VIP) lined with a double-sided 4 mm* plastic recycling panel

  • 4-sided circumferential EPS insert edge band, 25 mm wide along the  margin

  • Drilling and screwing allowed in the insert edge band area

Special advantage of the Bauplatte
  • Moisture resistant - frost-protected - stable surface

  • Simple surface processing, e.g. by applying plaster netting and plaster

  • VIP is protected against damage on all sides

  • Minimal insulation installation for window and door soffits with maximum insulation values

  • No extension of the roof overhang required for insulation of facades

  • Ceiling insulation such as gateways or balconies, given living space above

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Implementation of hitherto unfeasible insulation solutions

  • Vacuum insulation panels have a long service life

  • The panel core is non-flammable and has been assigned fire class A1

 

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineralwolle
WLG 0,04*
Thickness in mm

Polystyrol
WLG 0,035*
Thickness in mm

PU Hartschaum
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Informationen:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

Sandwichpaneel

Specification:
  • Sandwich Panel 1 = Core + foil covering (VIP) with double-sided glass /
    glass and circumferential EPS insert edge band
     

    Sandwich panel 2 = core + foil covering (VIP) with glass /
    aluminium and circumferential EPS insert edge band


    Sandwich panel 3 = core + foil covering (VIP) with aluminium /
    aluminium and circumferential EPS insert edge band

     

  • There is a circumferential EPS insert edge band in the marginal area of the panel (or similar material)

  • The core of the insulation panel consists of pressed powder, whose main component is micro-porous silica. Other components include opacifiers to minimise infrared radiation and cellulose fibres to improve mechanical stability.

  • Using a special process, Vaku-Isotherm GmbH wraps the core material with a gas and water-vapour-proof, metallised plastic composite foil, and then evacuates and seals it.

 

Applications

Use as a sandwich panel in window and door constructions
Use in glass facades and conservatory construction
As a panel in post and rail constructions
VIP combinations with respective surface layers:

  • Sandwich Panel 1 = glass / glass
  • Sandwich Panel 2 = glass / aluminium
  • Sandwich Panel 3 = aluminium / aluminium
Features:
  • Ultra high-performance insulation sandwich panel as a construction component ready for installation

  • With this solution, the panel is just as thick as the other glazing, and can be integrated easily into window, door, post and rail constructions

  • The panel has better insulation values than the insulating glass under use

  • The circumferential EPS insert edge band placed between the respective surface layers in the marginal area enables optimum insertion of the sandwich panel, and absorbs the desired seal pressure.
    The panel is not translucent! 

  • Also ideally suited for low or zero-energy areas
     

  • Ultra high-performance insulation with low thickness and extremely low coefficient of thermal conductivity

  • Implementation of hitherto unfeasible insulation solutions

  • Vacuum insulation panels have a long service life

  • The panel core is non-flammable and has been assigned fire class A-1

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

Terrassendämmung

Features:
  • vakuVIP Vacuum insulation panel with gum matte on the bottom side and 15mm PUR panel which makes it totally protected against damages 
  • The panels are specified with a 50mm PUR liner around the VIP. This gives the possibility to cut the panel in case of tolerances of the building site or measurement failures. 
  • We supply also PUR parts in the thickness size of the ordered panels to give the possibility to adapt to special circumstances (Pipes, etc.)
  • A stable and strong protective tape on the edges is applied and specifies all areas which cannot be cut. 
  • Within the are of insulation (not on the edges) no PUR material is applied to achieve a maximum of insulation effect of the VIP. 
  • The vacuum insulation in the ultraVIP panel do have an extremely low heat conductivity value of 0.004 W/mK (start value)
  • Especially in terrace applications the very low height of 38 - 63mm (depending on the requested thickness of the VIP) of the panels are a big plus as this makes it possible to achieve an even level between terrace and inner building.  
  • Starting of 58mm of height passive building standards (Germany) can be achieved. 
  • Standard sizes are usually on stock. We are used to manufacture special formats as well to perfectly plan your insulation with a floor plan. 

Applications

ultraVIP was specially designed for the insulation of terraces and flat roofs. It is a combination of our products vakuVIP SP-2/E and vakuVIP Gum-1 with the difference that instead of polystyrene a 15mm PUR layer as well as a 50mm PUR liner is used. That makes it possible to flexibly adapt the edges (cutting) according to the building tolerances on site up to 30mm. The result is a perfect fit solution with outstanding insulation values. 

U-Value of the VIP based on λ-value of 0,007 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

0,70 10 50 44 38
0,35 20 100 88 75
0,23 30 150 132 110
0,17 40 200 176 150
0,14 50 250 220 190

* Calculated heat conductivity value after 30 years and thicknesses of 20mm and higher; 10mm thickness HCG 0,008

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

CorePAN

Features:
  • Ultra-high-performance for high temperature applications: the CorePAN is not flammable and can be applied when VIPs cannot be used due to too high temperatures

  • With a thermal conductivity of <0,020 W/mK, the CorePAN insulates twice better than other not-flammable insulation materials.

Advantages of the corePAN:

  • not flammable
  • thermal conductivity of <0,020 W/mK
  • 100 % Recyclable 
  • saves energy and resources

Applications

  • fire protection panels
  • fire doors
  • elevator doors
  • stoves & chimneys

U-Value of the VIP based on λ-value of 0,020 W(m*K) in comparison with other insulation materials

U-Value
W/(m2K)

vakuVIP Standard
WLG 0,007*
Thickness VIP in mm

Mineral Wool
WLG 0,04*
Thickness in mm

Polystyrene
WLG 0,035*
Thickness in mm

PU Foam
WLG 0,03*
Thickness in mm

2,00 10 20 17 15
1,00 20 40 35 30
0,7 30 60 52 45
0,5 40 80 70 60
0,4 50 100 87 75

* Calculated heat conductivity value after 30 years and thicknesses of 20 mm and higher;

Information:

The thermal transfer coefficient U (also thermal insulation value, U-value, formerly k-value) is a measure of the heat transfer through a single or multiple material layer if different temperatures are affecting both sides. The lower the thermal transfer coefficient - U-, the better insulation the installation component provides!

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