Functional glass uses specialized surface coatings to achieve specific optical, electrical, or performance characteristics. Applications are growing in architecture, automotive, displays, and photovoltaics, with established uses including anti-reflective (AR), one-way vision, and conductive glass. As glass takes on roles beyond structural and transparent functions, manufacturers need coating processes that ensure consistent functionality across the entire surface.

Products such as AR glass, one-way vision glass, and conductive glass depend on precisely engineered thin-film layers for their performance. Since small coating variations can affect optical or electrical properties, uniformity, adhesion, and coating structure must be tightly controlled. Vacuum magnetron sputtering provides precise control of film composition and thickness — ideal for stable, large-area functional coated glass production.

• Supports coating processes for AR glass, one-way vision glass, conductive glass and other functional products.
• Uniform deposition ensures consistent optical and electrical properties across the coated surface.
• The coating platform can be extended to functional thin-film applications in optics, new energy, electronics and semiconductor-related fields, according to the required coating process.