composite / Fibre-Reinforced / Polymer-Based FRP

Glass Reinforced Plastic (GRP) translucent panel (3mm, 4mm, 6mm, 8mm, 10mm)

Translucent GRP roofing/cladding panels: 72-74% light transmission, 99.9% UV block and typical sheet weights 2.4-4.88 kg/m? (Ampelite). Wonderglas GC data report tensile 80 MPa and flexural 150 MPa.

Atlas code
COM-FRC-PFR-005
compositefibre-reinforcedtranslucentroofingcladdingdaylightingUV-resistant
Glass Reinforced Plastic (GRP) translucent panel (3mm, 4mm, 6mm, 8mm, 10mm)
At-a-glance signals

Translucent GRP roofing/cladding panels: 72-74% light transmission, 99.9% UV block and typical sheet weights 2.4-4.88 kg/m? (Ampelite). Wonderglas GC data report tensile 80 MPa and flexural 150 MPa.

Overview
Executive summary

Translucent GRP (glass reinforced polyester) panels are used for daylighting in roofs and wall cladding. Ampelite Industrial Fibreglass data list light transmission of 74% (Ice Clear) and 72% (Opal), with UV protection blocking 99.9% of UV radiation and standard weights of 2400-4880 gsm (2.4-4.88 kg/m?). Ampelite Wonderglas GC sheets report tensile strength 80 MPa, flexural strength 150 MPa, impact strength 8 J, thermal expansion 3.0 x 10^-5 cm/?C, and service temperatures from -20?C to +96?C.

Best when…
  • Excellent light transmission (75-90%)
  • Superior UV resistance with gel coating
  • Lightweight (3.8-7.3 kg/m²)
  • Chemical resistance across pH 1-14
  • 25-year warranty options available
  • Compatible with metal roofing profiles
  • Lower embodied carbon than steel
  • Non-conductive and corrosion-resistant
  • Customisable profiles and colours
  • Suitable for all Australian climate zones
Top advantages
  1. 01 Excellent light transmission (75-90%)
  2. 02 Superior UV resistance with gel coating
  3. 03 Lightweight (3.8-7.3 kg/m²)
  4. 04 Chemical resistance across pH 1-14
  5. 05 25-year warranty options available
Top limitations
  1. 01 Not recyclable in standard facilities
  2. 02 Higher initial cost than polycarbonate
  3. 03 Requires skilled installation
  4. 04 Limited fire resistance without additives
  5. 05 Can yellow over time without UV protection
Technical
Physical ·8
Density
Not specified (varies by grade and reinforcement) kg/m³
Specific gravity
1.75
Porosity
0.3
Water absorption
0.3
Hardness
40
UV resistance
Blocks 99.9% UV radiation (Ampelite Industrial Fibreglass)
Chemical resistance
Excellent
Surface roughness
0.5
Mechanical ·7
Tensile strength
80 MPa (Wonderglas GC) MPa
Compressive strength
207 MPa longitudinal
Flexural strength
150 MPa (Wonderglas GC) MPa
Shear strength
26
Poisson's ratio
0.25
Impact resistance
8 J (Wonderglas GC)
Creep resistance
Good
Sustainability & Health
Embodied carbon & energy ·7
Embodied carbon
0.9
Carbon footprint
3.2
Embodied energy
20
Water footprint
45
Recycled content
0
Renewable content
0
Circular score
2 /10
Compliance & Fire
Fire performance ·6
Combustibility class
Combustible
Fire resistance level
0
Ignition temp
375
Flame spread index
65
Smoke dev. index
450
Heat release rate
500
Cost & Lifecycle
Capex & lead time ·6
Material cost (range)
[object Object] – [object Object]
Material cost (per unit)
85 AUD/m²
Lead time
4 weeks
Lifecycle cost
310 AUD/m² 25 years
Annual maintenance
3.5 AUD/m²/year
Market availability
Good
Service life & durability ·3
Expected lifespan
25
Maintenance interval
1 year
Warranty period
20
Layer D

Where it's used

Industrial roofing and skylights
Agricultural buildings and greenhouses
Commercial canopies and walkways
Architectural feature walls and facades
Marine and coastal structures
Chemical plant cladding
Stadium and sports facility roofing
Transport terminals and shelters
Mining and resources infrastructure
Educational facility daylighting
COM-FRC-PFR-005 · Materials Atlas · CLAD Atlas data is reference-only. Verify against manufacturer specifications and current standards before specifying.