25mm Bronze Polycarbonate Sheet 2100mm x 2000mm

The 25mm Bronze Multiwall Polycarbonate Sheet 2100mm x 2000mm is a high-performance roofing sheet designed for applications requiring excellent strength, thermal insulation and controlled light transmission. Featuring a robust five-wall construction, this sheet delivers outstanding rigidity and impact resistance while maintaining a lightweight design that is easy to handle and install.

The attractive bronze tint helps reduce glare and excessive sunlight, making it an excellent choice for south-facing canopies, pergolas, carports and covered outdoor areas where additional shading is required.

Polycarbonate Sheets Bristol

Manufactured from premium-grade polycarbonate, this sheet provides excellent weather resistance and UV protection, helping maintain its appearance and performance for many years. The multiwall structure also improves thermal efficiency, making it ideal for applications where temperature control and comfort are important.

Key Features

• 25mm thick multiwall polycarbonate sheet
• Five-wall construction for added strength
• Excellent thermal insulation properties
• Bronze tint reduces glare and solar gain
• High impact resistance
• UV protected outer surface
• Lightweight and easy to install
• Weather-resistant for long-term performance
• Suitable for domestic and commercial projects
• Low maintenance roofing solution

Technical Specification

• Thickness: 25mm
• Width: 2100mm
• Length: 2000mm
• Colour: Bronze
• Construction: Five-Wall Multiwall
• Material: Polycarbonate
• UV Protection: Yes

Applications

• Canopies
• Pergolas
• Carports
• Patio covers
• Garden shelters
• Verandas
• Covered walkways
• Commercial roofing projects

Bronze Polycarbonate Roofing Bristol

Ideal for projects where reduced glare and improved shading are required, this 25mm bronze polycarbonate sheet combines excellent strength, insulation and durability. Available from Master Plastics in Bristol, it is a popular choice for creating attractive and practical outdoor covered areas.