The foundation for SIG’s reflective glass lies in standard clear float glass production. After the float process yields flat glass sheets, a thin metallic layer is applied to one surface. There are two primary coating techniques:

• Sputtering: In this method, the metallic or metallic oxide coating is deposited onto the glass surface in a vacuum chamber using a sputtering target. Electric current bombards the target, ejecting atoms that adhere to the glass surface, forming a thin, uniform film.
• Chemical Vapor Deposition (CVD): This approach involves introducing a gaseous precursor material into a chamber containing the glass substrate. The precursor reacts chemically on the glass surface, depositing a thin film of the anticipated coating.

The chosen metallic layer, typically consisting of silver, aluminum, or a combination of both, dictates the reflective properties of the final product. Following the coating process, the glass may endure additional treatments to enhance durability or achieve specific functionalities.

• Mirror-Like Reflection: The metallic coating imparts a mirror-like quality to the coated surface. This allows for reflection of the surrounding environment, creating a visually impactful facade or offering a degree of privacy while maintaining outward visibility.

• Solar Control: The reflective coating absorbs and reflects a portion of the solar spectrum, depending on the type and thickness of the coating. This helps regulate interior temperature, reduce glare, and contribute to improved energy efficiency within buildings.
• Appearance and Aesthetics: SIG’s reflective glass offers a variety of aesthetic effects depending on the chosen coating and its transparency. Highly reflective coatings create a mirrored facade, while lower reflectivity allows for a glimpse into the interior, offering a more subtle aesthetic enhancement.
• Visual Privacy: The one-way mirror effect inherent in SIG’s reflective glass provides a degree of privacy for building occupants during daylight hours. The mirrored surface reflects the exterior environment, while those outside see a distorted reflection, providing a sense of privacy without sacrificing natural light transmission.

• Exterior Cladding: SIG’s reflective glass is a popular choice for building facades, curtain walls, and spandrel panels. The mirrored surface creates a conspicuous visual statement, while the solar control properties contribute to energy efficiency.
• High-Rise Buildings: SIG’s reflective glass is often used in high-rise buildings due to its ability to reduce solar heat gain and glare, improving occupant comfort and reducing energy consumption for cooling.
• Urban Design: The use of SIG’s reflective glass in urban environments can create a dynamic interplay of light and reflection, adding a modern aesthetic to the cityscape.
• Privacy Applications: SIG’s reflective glass can be employed for windows or partitions in situations where a degree of privacy is desired while maintaining natural light penetration. This can be beneficial for office spaces, conference rooms, or retail display areas.