Extruded polystyrene

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product

Inversed Insulation of a terrace with extruded polystyrene plates   

Rigid Signs in Extruded Polystyrene with rebated edges that prevent sliding or rising at the time of shrinkage

This material is impervious to water; it has a high compressive strength and creep. No alteration of thermal and mechanical performance over time.

    This curve shows the evolution of temperature with or without the laying of the XPS   

Products benefits:

• A high thermal performance ( thermal conductivity ë= 0,034 W/(m.K))
• Resistance to heavy loads
• Protection against leaks
• Water resistant product
• Easy use and installation
• 100 % recoverable product