SUNTUF® PROFILED POLYCARBONATE SHEET

The world’s largest selection of profiled polycarbonate roofing

Designed to meet complex engineering challenges, SUNTUF profiled polycarbonate sheets are ideal for industrial roofing and cladding, and for commercial skylights and daylights.

SUNTUF offers all the unique properties of polycarbonate: mechanical robustness, durability, light transmission, UV protection, and strength-to-weight ratio. Unlike corrugated metal sheeting and reinforced glass panels, SUNTUF installs quickly and easily, and maintains its appearance and features for years.

SUNTUF polycarbonate profiles can be adapted to match any metal profile structure using Palram MetalMatch™ technology. This makes daylighting industrial and commercial spaces quick and easy.

Benefits

UV protection, durability, and light transmission of up to 90% are just some of the benefits of polycarbonate SUNTUF roofing.

Lightweight & easy
to install

Hail & impact
resistant

High fire
rating

Protects against
UV radiation

Balance shade
& daylight

Wide service temperature
range

Applications

SUNTUF polycarbonate sheets is the optimal roofing & skylight solution.
  • Agriculture roof cover & siding

  • UV protection for schools

  • Sports stadiums

  • Polycarbonate panels for advanced architecture

  • Industrial daylight systems

  • Agriculture roofing and daylighting

  • Schools & facilities

  • Public transport shelters

  • Polycarbonate roof sheeting

  • Advanced engineering roofing solutions

  • Roofing with coloured polycarbonate sheets

  • Awnings and canopies

  • Wide span canopies

  • Daylight for corrugated metal with polycarbonate panels

Colour Swatch

Plan ambient daylighting using SUNTUF Diffuser, create vivid environments with coloured polycarbonate sheets, and reduce heat buildup with SolarSmart® tints.
  • Clear

    87% Light transmission

  • White Diffused

    85% Light transmission

  • White Opal

    45% Light transmission

  • Solar Ice

    25% Light transmission

Videos

Polycarbonate for Residential & Commercial Roofing Projects.
  • Aviva Stadium with SUNTUF

    A revolutionary solution provided by PALRAM saved the designers over $US 3.5M in cost of materials, labor and accessories.

    Watch video>
  • How to fasten SUNTUF

    Self-installing SUNTUF is simple: Prepare, position, and fasten.

    Watch video>
  • How to cut SUNTUF

    You can tailor and trim on-site. For quality, professional results, follow these guidelines.

    Watch video>
  • SUNTUF roof pitch

    Calculate your corrugated sheets roof slope to allow proper drainage.

    Watch video>
  • How to store SUNTUF

    To make the most of your investment, here are some tips for storing SUNTUF roofing sheets.

    Watch video>
Project Materials Calculator

Estimate the materials required for a basic patio structure using our corrugated products. Simply fill in a few fields with the appropriate dimensions – we’ll calculate the results.

Calculate now

Ready to Get Started with SUNTUF®?

Find a location or distributor near you so that you can get your projected off and running.

FAQ

Show FAQs
How do I curve the polycarbonate to follow the façade curve?
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All Palram polycarbonate products can be cold bent onsite during installation, subject to a minimum radius. The radius varies based on the chosen product. For flat sheets such as PALSUN & SUNLITE, the rule-of-thumb for the minimum radius is the thickness multiplied by 200. Please check the Palram catalog for more detailed specifications.

How do I specify the required thickness of the polycarbonate glazing material?
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The recommended thickness of the polycarbonate glazing material is based on factors such as wind & snow load, panel size, and boundary conditions. Visit the Palram website for access to calculators that can help you determine the recommended thickness.

How do I reduce the heat build-up coming from the façade into the building?
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In order to reduce heat build-up through the façade, Palram strongly recommends the use of its tinted SolarSmart™ panels. SolarSmart™ tints can be implemented in all Palram polycarbonate products. For more information, reference the Palram SolarSmart™ technology page.

What is the minimum allowed bending radius of polycarbonate?
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The minimum allowed bending radius of the polycarbonate is 200 times the thickness of the sheet, for example, a 2 mm sheet has a minimum 400 mm bending radius.

How do I install corrugated polycarbonate sheets as a skylight?
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Corrugated polycarbonate sheets are installed as a homogeneous part of the metal roof. For more information, please review Palram’s installation instructions for the desired profile.

If polycarbonate sheets block UV radiation, why is there a “UV-side” that faces outwards?
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Polycarbonate sheets block UV radiation by absorbing it. This absorption mechanism can cause degradation to the material, and to prevent this from happening, the sheet is coated with a special material.

For this reason, it is recommended that the sheets are installed with the marked UV protective layer facing outward. Moreover, most of the sheets are only protected on the side that is clearly marked as such.

Why do I have to pre-drill fastener holes in roofing with corrugated panels?
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Pre-drilling the holes ensures that the panels have room to expand and contract properly with temperature changes. Skipping this step can lead to distorted, warped or cracked panels.

Will polycarbonate light transmittance deteriorate over time?
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PALRAM’s polycarbonate products are shielded with a UV protection layer that guards against photodegradation, yellowing, and brittleness. This protects the sheets from the harmful impact of UV radiation and helps to maintain light transmittance and quality for many years. Our products come with a 10-year warranty against loss of light transmittance. Upon special request, we can provide an enforced UV protection layer with a longer warranty.

How do I determine the color, Light Transmission (LT) and haze properties of polycarbonate?
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This decision depends on the application – some of the colors are transparent and some are translucent. If a see-through material is needed, then haze should be smaller than 1% and the LT% should be based on the illumination design. If a translucent effect is needed, then the haze should be 100% and the LT% based on the chosen color.