Polycarbonate Glass

Known as a robust plastic variant, polycarbonate comes in flexible grades, showcasing its resilience. Its high strength sets it apart, providing resistance against impacts and fractures. Moreover, its lightweight nature makes it a great substitute for traditional glass. The diverse range of flexibility options makes polycarbonate a valuable material with applications spanning from rigid structures to more pliable uses, showcasing its versatility.

Polycarbonate is a cost-effective alternative to traditional glass, offering a more budget-friendly option without compromising durability. Polycarbonate stands out as a more affordable choice than glass and other plastic materials while maintaining a lightweight and flexible nature. Its resilience makes it less prone to breakage or damage, contributing to long-term cost savings by reducing the need for glass replacements. While polycarbonate is pricier than normal glass, its overall advantages, including ease of handling and reduced risk of breakage, make it an economically sensible choice for various applications.

Cleaning agents like thinners, benzene, or acetone, commonly used for cleaning, should be avoided as they can soften polycarbonate and leave a permanent haze. Though convenient, pressure washers can cause damage and should not be used to clean polycarbonate structures. To preserve the integrity and clarity of polycarbonate surfaces, it's crucial to use recommended cleaning methods and steer clear of substances like gasoline, ethylene chloride, chloroform, tetrachloroethane, m-cresol, and pyridine, which can result in partial dissolution, swelling, and potential color change or whitening.

The choice of polycarbonate sheet depends on the intended application, and solid polycarbonate sheets are favored for situations demanding strength. Solid structures offer higher impact resistance compared to other plastic or glass sheets or hollow polycarbonate counterparts. This makes them ideal for construction, protective barriers, and glazed panels for industrial and commercial projects where robustness is essential. Ultimately, the selection should align with the specific demands of the intended application.

When selecting the thickness of polycarbonate for roofing, a secure baseline for structures like pergolas, garages, and greenhouses typically ranges from 4 to 8 mm. For superior heat and sound insulation, thicker options such as 25mm, 32mm, and 35mm are commonly utilized in external roofing applications. The thicker sheets enhance structural integrity and contribute to better climate control and noise reduction, making them ideal for varied roofing needs.

Plexiglass stands out as a more budget-friendly alternative to PC resin, also known as polycarbonate, offering a cost-effective solution for applications where impact resistance is not a top priority. Its affordability makes it a practical choice for projects with tight budgets, without compromising on quality. Additionally, it boasts superior transparency compared to polycarbonate, making it a preferred option in situations where optical clarity is paramount.

The turnaround time for shipping at Dulles Glass varies depending on the items purchased and the specific delivery methods available. For in-stock products, the delivery typically takes place within 1 business day. However, custom products are shipped within 1-3 business days. 

Certainly! Our team at Dulles Glass is dedicated to assisting in the customization process. Whether you have technical or glass design-related questions, feel free to reach out to us through live chat, email ([email protected]), or by calling us at (866) 452-7707. Whether it's for a new glass installation or a replacement glass, we are here to guarantee a seamless and customized experience for your glass needs.