Premium Bronze Solid Polycarbonate Sheet Overview
The solid polycarbonate sheet 5mm is a high-performance, impact-resistant glazing material featuring a bronze tint. It is engineered with dual-sided UV protection to prevent yellowing and degradation. This versatile monolith sheet is suitable for both interior design elements and demanding exterior architectural installations.
Durable Solutions for Impact and Light
Standard glass often fails under high-impact conditions and lacks the flexibility required for modern architectural designs. This bronze polycarbonate provides a robust alternative that is 200 times stronger than glass while remaining significantly lighter.
The tinted finish effectively reduces light transmission, providing a sophisticated aesthetic while maintaining natural illumination. Its dual-sided UV coating ensures long-term clarity and structural integrity in outdoor environments.
Technical Specifications
- Color: Bronze
- Thickness: 5 mm
- Max size: 2050 × 3050 mm
- Density: 1.2 g/cm3
- Weight: 6000 g/m²
- UV protection: 2 sides
- Fire class: B-s1, d0
Versatile Architectural and Industrial Applications
This sheet is ideal for creating modern canopies, overhangs, and facade panels that require both durability and a tinted aesthetic. It integrates seamlessly into security windows, machine screens, and interior partition walls. The material is compatible with standard framing systems used in both residential and commercial architectural projects.
Important information
- 15-Year Warranty Includes a 15-year warranty against yellowing, ensuring high light transmission throughout this period.
- Cutting Tolerance The maximum allowable cutting deviation on the edges is 4 mm.
- Color Variations Color shades of multiwall sheets can vary by up to 8% between different production batches. We recommend ordering all sheets for a single project at the same time to ensure a consistent color.
- Handle with Care Handle the sheets carefully to prevent scratches and damage.
- Storage Store in a cool, dry place away from direct sunlight.
