- Low-iron substrate. Delivers true-to-life colors with zero green tint.
- High-reflective coating. Creates a stable silver mirror effect while allowing digital content to remain visible through the glass.
Semi-Transparent Mirror 50
Designed for a stronger mirror presence while keeping digital content visible
Semi-Transparent Mirror 50 delivers a stronger mirror effect while keeping digital content clearly visible, making it ideal for mirror TVs, smart mirrors and other integrated display applications.
KEY ADVANTAGES
A TRUE BALANCE OF MIRROR AND DISPLAY
-
Balanced performance
Around 50% reflection and 50% light transmission create an even balance between mirror appearance and screen visibility.
-
From display to mirror
When the screen is on, digital content appears through the glass. Switch it off, and the surface returns to a clean mirror appearance.
-
Stable silver reflection
A consistent silver reflection colour delivers a clean, natural mirror appearance across display and design applications.
Product properties
Main product features
- Substrate:
- Low-Iron
- Thickness, mm:
- 4, 6
- Reflection:
- 50%
- Visible light transmission:
- ~50%
- Max size (mm):
- 2250 x 3210
- Reflection tint:
- Silver
SAPPHIRE IN REAL-WORLD APPLICATIONS
Electronic displays
Mirror TV
Gaming displays
Prefer WhatsApp? Chat with us
Thank you for reaching out
FREQUENTLY ASKED QUESTION
Everything you need to know
Choose Mirror 50 when a more pronounced mirror effect is required while digital content still needs to remain visible. It provides approximately 50% reflection and 50% light transmission, while Mirror 35 prioritizes content visibility.
No. Sapphire Semi-Transparent Mirror 50 cannot be chemically strengthened or thermally tempered.
Yes, it is available in custom sizes. We manufacture full stock sheets and cut them to your required dimensions for the final application.
While low-iron glass is our standard substrate, we can adapt Groglass coating technology to other substrates for specific projects. Please note that this requires custom development and is subject to certain substrate size limitations.