Coghlan's

Signal Mirror - 2in x 3in - Bulk

Laminated Glass is a type of safety glass made by sandwiching a layer of plastic between two layers of glass. This construction enhances its strength and reduces the risk of shattering. If broken, the glass fragments stick to the plastic layer, minimizing the chance of injury from sharp shards. This makes it an excellent choice for windows, doors, and other applications where safety is a priority.

Retroreflective Mesh is designed to reflect light back to its source, regardless of the angle. This feature is particularly useful in low-light conditions, as it enhances visibility for safety gear and signage. The "Sight-Grid" design helps direct light accurately, making it easier for others to see you or important information, especially in emergencies.

A Highly Reflective surface is engineered to reflect a significant amount of light, which is essential for signaling or visibility. This means that in situations where clear visibility is crucial, such as emergencies, the mirror will effectively bounce back light, making it easier for others to see your signals or for you to see your surroundings.

Pin-Point Accuracy refers to the ability to aim or direct something with great precision. In the context of a mirror, this means that users can focus light signals accurately, which is vital for effective communication or signaling in emergencies. This feature ensures that your signals reach the intended recipient without deviation, enhancing safety and response times.

Mirrors have a variety of applications, including reflecting light for visibility, signaling in emergencies, and providing a clear view in different situations. They can be used in safety gear, vehicles, and outdoor equipment to enhance awareness and communication. Understanding these applications can help you choose the right mirror for your specific needs.

The combination of Laminated Glass, Retroreflective Mesh, Highly Reflective surfaces, and Pin-Point Accuracy ensures that you are well-equipped for safety during outdoor activities. These features work together to provide durability, visibility, and precise signaling, making it easier to communicate and stay safe in various environments, especially in low-light or emergency situations.