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XPS FOAM: High-Performance Insulation

XPS FOAM is a closed-cell extruded polystyrene insulation that offers high thermal performance, great strength, durability, and very low moisture absorption, even in demanding conditions.

Fundamental properties

Closed cell structure

Closed cell structure

Thanks to its composition, FOAM XPS practically does not absorb water, which makes it ideal for humid environments, contact with the ground and applications under inverted roofs or buried walls.

High mechanical resistance

High mechanical resistance

With typical densities around [28-31 kg/m³], this type of foam offers high resistance to compression, supporting structural loads without losing stability.

Excellent thermal insulation

Excellent thermal insulation

The material presents very low thermal conductivities (typically around 0.028-0.035 W/mK), which makes it a very efficient thermal insulator in walls, roofs and floors.

Long-term durability

Long-term durability

Due to its composition and structure, FOAM XPS maintains its characteristics over time, reducing the need for frequent replacements or interventions.

Manufacturing process

The extrusion process creates a homogeneous material with uniform cell distribution and a resistant surface finish. This continuous manufacturing ensures that every panel or board has the same technical characteristics and predictable performance on-site.

Applications of XPS FOAM in construction

Thermal insulation of facades and walls

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Thermal insulation of facades and walls
The use of FOAM XPS in wall and facade insulation systems improves the energy efficiency of the building by reducing heat losses in winter and thermal gains in summer, favoring more stable and comfortable interior environments.

Systems for roofs and inverted terraces

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Systems for roofs and inverted terraces
Thanks to its resistance to moisture and its dimensional stability, FOAM XPS is ideal for placement under waterproofing in inverted roofs and terraces, acting as an insulator that does not degrade over time or due to water accumulation.

Insulation of floors and pavements

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Insulation of floors and pavements
In technical pavement applications, its mechanical and compressive strength makes it suitable for thermally insulating floors without compromising the integrity of the structure.

Protection of buried structures

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Protection of buried structures
When used in foundations, basements, or below-ground walls, its minimal water absorption protects structures against rising or lateral-moving moisture, in addition to offering continuous thermal insulation.

Main benefits of XPS FOAM

Proven energy efficiency

Proven energy efficiency

The low thermal conductivity of FOAM XPS helps to minimize unwanted heat transfers, reducing the energy consumption associated with air conditioning and heating.

Reduction of condensations and moisture problems

Reduction of condensations and moisture problems

Its sealed cell structure prevents water from penetrating from humid environments, maintaining insulation performance even in contact with constant moisture.

High mechanical and stable dimensional resistance

High mechanical and stable dimensional resistance

This material preserves its integrity under frequent compressive loads, which makes it suitable for traffic areas, moderate loads and technical applications on site.

Lightness and ease of handling

Lightness and ease of handling

Despite its robustness, FOAM XPS is light and easy to transport and install, which allows for reduced construction times and facilitates the work of the technical team.

XPS FOAM vs. other insulation materials

Unlike other materials, XPS FOAM offers one of the lowest thermal conductivities on the market, which translates into greater energy efficiency and lower heat loss.

While mineral wools and EPS can absorb water over time, XPS FOAM does not lose its insulating capacity in humid environments. It is ideal for underground walls, flat roofs, or extreme climates.

Compared to softer or more brittle materials, XPS supports loads without deforming, making it perfect for floors and systems with structural requirements.

XPS FOAM maintains stable thermal performance for years without significant deterioration, unlike other insulators that lose effectiveness due to settling or absorption.

It is easier to handle, cut, and install. It does not generate dust or require respiratory protection like wools, and it is more dimensionally stable than spray polyurethane.

Conclusion and on-site opportunities

XPS FOAM is an advanced technical solution for construction projects that demand thermal performance, mechanical resistance, and durability. Whether for residential buildings, industrial infrastructure, technical roofing systems, or perimeter insulation, its combination of features makes it one of the preferred materials for engineers, architects, and demanding construction teams.

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