Tile Effect Roofing Sheets | Polyester Coated | 0.5 mm

Description

Our Tile Effect Roofing Sheets (0.5mm) in Polyester Coated Steel provide the elegance of traditional roof tiles with the practical benefits of lightweight steel, making them a cost-effective and durable roofing solution. Designed for residential, agricultural, and commercial applications, these sheets are built to withstand harsh weather conditions while maintaining their aesthetic appeal.

Each sheet offers a 1-metre cover width after overlap, ensuring efficient installation and optimal coverage. The polyester-coated finish provides additional protection against corrosion and UV damage, while the 0.5mm thickness makes them easy to handle and install, without compromising on durability.

To further enhance performance, we offer an optional anti-condensation membrane, which helps prevent moisture buildup and reduces the risk of dampness inside buildings.

Key Features:

✔ Classic Tile Effect Design – The look of traditional tiles with the strength of steel.
✔ Weather & Corrosion Resistant – Polyester-coated finish for long-lasting protection.
✔ 1-Metre Cover Width – Maximises efficiency and reduces material waste.
✔ Lightweight 0.5mm Thickness – Easy to handle and install.
✔ Available in Multiple Colours – Choose from Anthracite, Black, Goosewing Grey, Juniper Green, Merlin Grey, Moorland Green, Ocean Blue, Olive Green, Slate Grey, Terracotta, Vandyke Brown, Wedgewood Blue, and White.
✔ Optional Anti-Condensation Membrane – Helps prevent moisture-related issues.
✔ Quick & Simple Installation – Ideal for both DIY and professional projects.

Common Uses:

• Residential homes and extensions
• Agricultural buildings, such as barns and stables
• Garages, sheds, and garden structures
• Carports, pergolas, and outdoor shelters
• Commercial and retail roofing solutions

For a stylish, lightweight, and cost-effective roofing solution, choose our Tile Effect Roofing Sheets in Polyester Coated Steel (0.5mm). Order today with fast UK delivery!

Additional information