Reflective Polycarbonate Twinwall Sheets

Reflective polycarbonate is suitable for regions with warmer climates and frequent sun exposure. It features metalized pigmentation, solar reflectivity, UV protection, and infrared resistance.

In addition to being highly resistant and flexible, it guarantees excellent light transmission and enhanced brightness. Each sheet includes UV protection to ensure a 10-year warranty.

Other Key Features:

- Light blocking

- Thermal comfort

- Lightweight design

- UV protection

Klar provides a 10-year warranty. When our polycarbonate twinwall sheets are properly installed, the uniform UV layer protects against yellowing across the entire sheet and extends the service life of your project.

Factors Affecting Polycarbonate Transparency

1. Thickness: The greater the thickness, the lower the light transmission. Thicker sheets block more light, reducing clarity.

2. Structure: The complexity of the polycarbonate’s internal structure influences light transmission. More rigid or complex structures tend to reflect and disperse light, reducing its passage.

3. Heat and Color: Darker colors tend to absorb more solar radiation, which can increase the interior temperature of covered spaces. Lighter colors, on the other hand, reflect more sunlight, helping maintain cooler indoor conditions by reducing heat buildup.

4. Raw Materials: The quality of raw materials directly affects clarity and light transmission. At Klar, we use 100% virgin raw materials, ensuring a longer service life without affecting the sheet’s color.

Selecting Color Based on Light Transmission

- Light Colors: Ideal for those who want abundant natural lighting. They allow for high light transmission, creating bright and welcoming spaces.

- Dark Tones: Perfect for reducing light intensity and providing more shade. Darker sheets create cooler environments with less direct brightness.

Klar’s reflective polycarbonate twinwall sheets are the perfect solution for projects in warm climates, delivering solar protection, durability, and thermal efficiency. By selecting the right color and quality, you can maximize the benefits of this material.