DISPLAYS

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Anti-Reflective Glass (AR Glass)

Anti-Reflective Glass is a glass in which SiO2/TiO2 is physically or chemically deposited
on the surface of the glass, and can improve the resolution of displays
by increasing the transmittance and reducing the reflectance, thus realizing high-definition images.
Anti-Reflective Glass is deposited on the glass itself rather than coated with a film,
thus causing no fear of peeling or deterioration.
SunTec Co., Ltd. is applying Anti-Reflective Glass to a number of products
and various fields according to the characteristics using the processing methods
of in-line sputtering coating, E-BAM coating, and dipping coating.

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Anti-Reflective Coating

  1. In-Line Sputtering Coatin
    • Single-Sided Two-Layer Coating
    • Single-Sided Four-Layer Coating
    • Double-Sided Four-Layer Coating
    • Double-Sided Eight-Layer Coating
  2. E-BEAM Coating
    • Single-Sided Four-Layer Coating
    • Double-Sided Eight-Layer Coating
  3. Dipping Coating
    • Double-Sided Two-Layer Coating
    • Double-Sided Four-Layer Coating

Applicable to a single side or both sides over 98 inches!
Applicable to a large area with a maximum size of 4000mm X 2400mm!

In-Line Sputtering AR Coating

SiO2/TiO2 is physically or chemically deposited on the surface of the glass.
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¢º Principle and Structure of AR Coating
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E-BEAM AR Coating

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Designs and Characteristics of Deposition
Glass Chemicals Thickness
1 sio2 0.48
2 tio2 0.52
3 sio3 0.96
4 tio3 2.22
5 sio4 0.19
6 tio4 1.23
7 sio5 2.8
8 AF 0.1

Anti-Reflective Glass (Sol-gel Technique)

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Features of AR Glass of Suntech Glass Co., Ltd Include

  1. Being resistant to external shocks and scratches—sputtering/E-BEAM
  2. Not peeling off or deteriorating in high temperature and high humidity environments due to excellent bonding strength between glass and coating layer—sputtering/E-BEAM
  3. Being alkali-free to prevent deterioration of LCD characteristics
  4. Being able to coat a large area with a maximum size of 4000mm X 2400mm—sputtering/dipping
  5. Being resistant to external contaminants and applicable with an anti-fingerprint coating—sputtering/E-BEAM
  6. Being highly resistant to heat and not being deformed by tempering—sputtering/dipping
  7. Acting as a filter blocking ultraviolet and infrared rays from the display—sputtering/E-BEAM
  8. Realizing high-definition videos with high transmittance and stable viewing angles—up to 99% transmittance
  9. Being able to do optical designs and adjust the number of coating layers or colors, depending on the intended use—sputtering/E-BEAM
  10. Keeping the characteristics of the display stable by transferring the heat generated inside quickly to the outside with high thermal conductivity—sputtering/E-BEAM
  11. Being able to apply AG treatment + AR coating + AF coating at the same time—medical/aircraft monitors
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