Excellent Optical Properties: Features high light transmittance of up to 89%, comparable to glass. When coated with a UV-resistant layer, it effectively blocks ultraviolet light transmission and prevents the sheet from yellowing and hazing due to exposure to sunlight.

Lightweight: Has a low density, only about half that of glass, which reduces transportation, handling, and installation costs, and places less load on supporting structures.

Good Weather Resistance: Maintains stable physical properties across a wide temperature range from -40°C to 120°C (and even short-term higher), without becoming brittle. It exhibits good long-term anti-aging performance for outdoor applications.

Bendability: Possesses good plasticity and flexibility, allowing for cold-curving at room temperature, making it suitable for arched structures like skylights.

Thermal Insulation and Sound Insulation: Multi-wall and hollow cell structures significantly reduce thermal conduction, offering better insulation than glass of comparable thickness. They also effectively reduce noise transmission.

Anti-Condensation: Under certain conditions (e.g., with multi-wall sheets), the interior surface temperature is higher than that of glass, helping to reduce condensation formation.

This is the largest application area for PC sheets, leveraging their lightweight nature, high light transmittance, impact resistance, and flexibility.

Skylights & Canopies: Parking lot canopies, subway entrances, corridor awnings, swimming pool roofs. PC sheets are safer than glass (shatterproof) and lighter, reducing the load-bearing requirements for steel structures.

Curtain Walls & Partitions: Alternatives to glass curtain walls in shopping malls and office buildings (especially solid sheets or U-lock profiles), as well as privacy partitions and meeting room dividers in offices.

Residential & Commercial Spaces: Balcony enclosures, sunrooms, villa garage doors, indoor luminous ceilings/light boxes, and stair railings.

Q: What is the difference between Polycarbonate (PC) and Acrylic (PMMA) sheets?
A: This is a common question. Key differences are:

Impact Strength: PC is vastly more impact-resistant and shatterproof than acrylic.

Flexibility: PC is highly flexible (can be cold-curved), while acrylic is rigid and brittle.

Heat Resistance: PC has a higher heat deflection temperature (~120°C / 250°F) than acrylic (~80°C / 176°F).

Surface Hardness: Acrylic has a harder surface and is much more scratch-resistant. Standard PC sheets are prone to scratching without a protective coating.

Cost: PC is typically more expensive than acrylic.