150 mm PUR/PIR Sandwich Roof Panel

150 mm PUR/PIR Sandwich Roof Panel

150 mm PUR/PIR Sandwich Roof Panel

Panel Profile:

• Type: Corrugated

• Effective Coverage Width:

Core Details:

• Material:

• Thickness:

• Density:

Top & Bottom Skin Details:

• Material Options:

• Thickness Ranges:

• Coating Options:

• Colours: RAL

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150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel

Panel Profile:

• Type: Corrugated

• Effective Coverage Width:

Core Details:

• Material:

• Thickness:

• Density:

Top & Bottom Skin Details:

• Material Options:

• Thickness Ranges:

• Coating Options:

• Colours: RAL

Need Quotation with these Collecting?

150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel

Panel Profile:

• Type:

Corrugated

• Effective Coverage Width:

Core Details:

• Material:

• Thickness:

• Density:

Top & Bottom Skin Details:

• Material Options:

• Thickness Ranges:

• Coating Options:

• Colours:

RAL

Need Quotation with these Collecting?

150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel
150mm PUR/PIR Roof Sandwich Panel

150 mm PUR/PIR Roof Sandwich Panel is the thickest PUR/PIR roof panel offered by Emaar Industries and is generally considered for projects with demanding insulation requirements. It is often evaluated for buildings where temperature control, energy efficiency and roof thermal performance are key design priorities.

150 mm PUR/PIR Roof Sandwich Panel is the thickest PUR/PIR roof panel offered by Emaar Industries and is generally considered for projects with demanding insulation requirements. It is often evaluated for buildings where temperature control, energy efficiency and roof thermal performance are key design priorities.

When 150 mm becomes the better investment?

For some projects, the question is no longer "Can I use 100 mm?"—it's "Will better roof insulation reduce long-term operating costs?" A 150 mm panel is typically considered when the building is expected to maintain stable indoor temperatures throughout the year.

For some projects, the question is no longer "Can I use 100 mm?"—it's "Will better roof insulation reduce long-term operating costs?" A 150 mm panel is typically considered when the building is expected to maintain stable indoor temperatures throughout the year.

Projects that often consider 150 mm

Project:

Why 150 mm?

Large logistics hubs

Higher roof insulation across wide roof areas

Food processing facilities

Better temperature stability

Pharmaceutical facilities

Controlled indoor environments

Distribution centers

Reduced heat gain through the roof

Industrial buildings

Higher thermal performance target

Who should choose a 150 mm roof sandwich panel?

Is 150 mm only for cold rooms?

Does Emaar Industries provide certified 150 mm roof panels?