10mm Polycarbonate Sheets

10mm Twin Wall Polycarbonate Sheets - Lightweight Performance Glazing

Professional Quality Twin Wall Panels for Maximum Versatility
Our 10mm twinwall polycarbonate sheets deliver the perfect balance of strength, insulation, and light transmission at an economical thickness. Six times lighter than glass yet maintaining exceptional durability, these twin-wall panels are ideal for a wide range of glazing applications from greenhouses to architectural projects.
How strong and durable are 10mm twinwall sheets?
Our 10mm twinwall polycarbonate is up to six times lighter than glass while maintaining exceptional structural strength. The sheets offer superior impact resistance, making them virtually unbreakable against weather, hail, and debris. They perform reliably in extreme temperatures from -40°C to 120°C and feature built-in UV protection that prevents yellowing and extends the product's lifespan significantly.

Why Choose 10mm Polycarbonate Sheets?

• Strong yet lightweight alternative to glass
• Twinwall structure improves insulation
• Easy to cut, drill and install
• UV-protected surface for a longer lifespan

How much light do 10mm twinwall sheets let through?

10mm twinwall polycarbonate sheets allow up to 90% natural light transmission, dramatically reducing the need for artificial lighting. The twin-wall construction provides excellent light distribution while maintaining effective insulation properties. This makes them ideal for applications where maximum natural lighting is essential while still providing thermal efficiency.

What can I use 10mm twinwall sheets for?

These versatile sheets are perfect for greenhouses and cold frames where optimal light transmission and insulation promote healthy plant growth. They're excellent for garden sheds and outbuildings as lightweight cladding and roofing. Commercial applications include flexible partitions in offices, workshops, and retail spaces. They're also ideal for skylights, roof glazing, and temporary enclosures in industrial and construction environments.