COMPACFOAM - the perfect solution for metal construction

Thermally insulating, pressure-resistant, stable, screwable & moisture-resistant

Safe and economical installation with high load-bearing capacity and thermal separation.

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Efficient solutions for metal construction

In metal construction, two critical requirements usually come together: high loads and the need for thermal separation.

COMPACFOAM is the perfect solution for this, as it can withstand extremely high pressure loads and at the same time has excellent insulating properties.

This makes the material ideal for substructures, insulation or reinforcement and can be used, for example, for thermal separations in steel construction, such as under brackets or for supporting concrete components. Due to its high screw pull-out strength and compressive stability COMPACFOAM especially for load-bearing and structural elements.

Another application in the field of metal construction is panel edge reinforcement. Also in window construction COMPACFOAM particularly suitable for substructures, wall mounting and much more.

Applications in metal construction

Steel substructures (Thermostopp)

Bearing from COMPACFOAM can be used in steel construction for thermal separation between permanently highly stressed components, e.g. balcony railings, roofing, handrails or ladders.

Heat loss due to local thermal bridges can be significantly reduced by CF separation layers of 10-200 mm under brackets and mounting points. The bearings can be supplied pre-assembled or cut from panels on site. Drill holes and slotted holes with milling are also possible without any problems.

Panel edge reinforcement

The dimensionally stable and pressure-resistant panel edge reinforcement from COMPACFOAM is the ideal insulation material for high stresses in the edge area of sandwich elements.

Sandwich panels in highly thermally insulated window and façade constructions, as well as frame constructions with glazing beads, require appropriate thermal insulation values and high compressive strength at the insulation level.

Modern solutions for window construction

Thermal bridge-free, load-bearing and lightweight - COMPACFOAM combines high stability with excellent insulation performance. Ideal for pre-wall installation, window sill connections and more. Find out more now!

to window construction
Steel substructures

Steel substructures (Thermostopp)

Bearing from COMPACFOAM can be used in steel construction for thermal separation between permanently highly stressed components, e.g. balcony railings, roofing, handrails or ladders.

Heat loss due to local thermal bridges can be significantly reduced by CF separation layers of 10-200 mm under brackets and mounting points. The bearings can be supplied pre-assembled or cut from panels on site. Drill holes and slotted holes with milling are also possible without any problems.

Panel edge reinforcement

Panel edge reinforcement

The dimensionally stable and pressure-resistant panel edge reinforcement from COMPACFOAM is the ideal insulation material for high stresses in the edge area of sandwich elements.

Sandwich panels in highly thermally insulated window and façade constructions, as well as frame constructions with glazing beads, require appropriate thermal insulation values and high compressive strength at the insulation level.

Window applications

Modern solutions for window construction

Thermal bridge-free, load-bearing and lightweight - COMPACFOAM combines high stability with excellent insulation performance. Ideal for pre-wall installation, window sill connections and more. Find out more now!

to window construction

Highly resilient

Climate stable

Recyclable

Excellent thermal insulation

Diversity

Machinable

Perfect for increasing your flexibility.

Panels for self-cutting

Perfect for thermal separations under consoles.

(CNC MILLED) blanks with or without hole pattern

Perfect for installation in the insulation level.

Mounting bars or cubes

Perfect for spacers for your panels.

Rods with small cross-section

Screws, adhesive, brackets for mounting COMPACFOAM Elements

Accessories

Our partners

References

Czech Republic

Thermal separation

Connection form

FAQ

How do I find the right material class?

The choice of the right material class depends primarily on the required screw pull-out strength and compressive strength. Larger screws generally allow the use of a lighter material class. Typical material classes are

Window installation: CFeco and CF125

Sandwich cores for vehicle and furniture construction: CF200

Thermal break for steel structures: CF200, CF300, CF400

We are happy to support you in dimensioning and selecting the right material class to ensure that the solution is optimally tailored to your requirements. Do not hesitate to contact us if you have any questions or uncertainties!

Can I COMPACFOAM in individual dimensions?

Yes, COMPACFOAM is available in individual dimensions. The only limitation is usually the practical transport dimensions. Profiling and milling according to customer specifications are also possible.

Can I order panels and cut them to size myself?

Standard panels are available in all required thicknesses and strength classes. Cutting to size is easy with normal woodworking machines. Please use the saw blade recommended by us with a large tooth spacing. No substances harmful to health or the environment are produced during cutting.

What are the minimum and maximum dimensions?

The minimum dimensions are 6 mm thickness, 10 mm widthand the maximum dimensions are 500 mm thick, 1300 mm wide and 6000 mm long. Standard panels are also available for self-cutting.

Which screws are suitable for installation?

All screws with a wood thread are suitable for installation. If there is sufficient space, a window frame screw with a diameter of 7.5 mm is recommended. Wood screws with a diameter of 4 mm are ideal for smaller components. Pre-drilling is not necessary and screws can also be used close to the edge without any problems.

How long does the material last?

COMPACFOAM has an unlimited shelf life under normal conditions. Moisture, water and frost do not affect the technical properties. UV radiation only has a minor superficial effect, meaning that even prolonged outdoor storage during the construction phase is unproblematic.