Polycarbonate Mirror is a lightweight, impact-resistant alternative to traditional glass, making it ideal for commercial, industrial and public environments where safety matters. The GATGARD® GP Polycarbonate Mirror offers excellent optical clarity while being up to 250 times stronger than glass and significantly more durable than acrylic. It is easy to fabricate, can be cut to size using standard woodworking tools, and is available in standard silver, one-way and two-way mirror options. Designed for long-lasting performance, it provides a practical solution for projects that require reliable strength, reduced weight and enhanced safety.
When durability and safety are essential, a Polycarbonate Mirror offers a dependable alternative to conventional glass mirrors. The GATGARD® GP Polycarbonate Mirror is engineered to deliver high-quality reflection while providing exceptional impact resistance, making it suitable for demanding commercial, industrial and public applications. Manufactured from optical-grade polycarbonate, this mirror is virtually unbreakable and up to 250 times stronger than glass. It also provides greater impact resistance than acrylic mirrors, helping reduce the risk of breakage in high-traffic or security-sensitive environments. Despite its strength, the material is lightweight, making transport, handling and installation easier while helping lower installation costs. The Polycarbonate Mirror is designed for versatility and can be cut, drilled and fabricated using standard woodworking tools. Custom machining, CNC cutting and cut-to-size options allow it to suit a wide range of project requirements. Available in traditional silver, one-way and two-way mirror finishes, it can be used across security buildings, public facilities, sports stadiums, gyms, transport hubs, amusement parks and other locations where safety and durability are priorities. In addition to its impressive strength, the mirror offers good chemical, solvent and UV resistance, along with excellent fire-resistant properties. These features contribute to long-term performance in demanding Australian environments while reduci
