Vistalux PVC Roof Sheet

Lightweight and durable corrugated PVC roof sheet from Vistalux in the popular 8/3 (corrugated iron) profile. Designed to match traditional corrugated iron sheets, these clear/translucent panels provide excellent light transmission while offering reliable weather protection for a wide range of applications.

Manufactured from UV-stabilised PVC, the sheets are easy to handle, cut and fix using standard tools. Ideal for carports, canopies, porches, covered walkways, garden buildings and light commercial projects. Available in Heavy Duty (typically 1.1mm) thickness for improved strength and impact resistance.

Key Benefits

• 8/3 corrugated iron profile – Matches traditional corrugated metal sheets for neat integration or replacement.
• High light transmission – Allows natural daylight into the space below (typically 66–76% depending on thickness).
• Lightweight & easy to handle – Simple to transport, cut and install.
• UV resistant – Formulated for long-term outdoor durability.
• Weatherproof & corrosion-free – Will not rust or rot.
• Good chemical resistance – Suitable for most everyday environments.
• 10-year guarantee – When installed in accordance with manufacturer’s guidelines.
• Versatile applications – Suitable for roofing and cladding on domestic and light commercial projects.

Typical Specifications

• Brand: Vistalux
• Material: UV-stabilised PVC
• Profile: 8/3 (corrugated iron style)
• Typical thickness: 1.1 mm (Heavy Duty)
• Sheet width: Approx. 660 mm
• Cover width: Approx. 608 mm
• Colour: Clear / Translucent

Ideal for DIY users, builders and landscapers needing an economical, light-transmitting roofing solution that matches traditional corrugated profiles. A practical choice for canopies, carports, porches and garden structures.

Always install in accordance with the manufacturer’s recommendations. Pre-drill fixing holes slightly larger than the screw shank to allow for thermal expansion. Use compatible fixings, foam fillers and flashings for a weather-tight finish. Ensure adequate support centres for the intended span and loading.