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FTO Conductive Glass Substrate
FTO stands for Fluorine Doped Tin Dioxide, a N-type semiconductor material with high conductivity and transparency. Due to its excellent optoelectronic properties, FTO glass is widely used in solar cells, photoelectric sensors, touch screens and other fields.

ITO Coated Glass | ITO Conductive Glass
ITO Coated Glass , also named Indium tin oxide coated glass) ,which is a kind of transparent and conducting oxide glass (TCO conductive glass ).

≥95% | ≥98% | ≥99% AR Glass

Top 3 Surface Treatments : AG(anti-glare), AR(anti-reflection) and AF(anti-fingerprint)
Anti-glare, anti-reflection, and anti-fingerprint are three common surface treatments of the glass to reduce visual interference and achieve better visual effects.

Differences Among Etched AG | Sprayed AG | Coated AG
Do you know the differences of etching AG ,Spraying AG and Coating AG ?Tibbo Glass will mainly discuss it from three perspectives: ①processing technology ②service life ③anti-glare effect

7 Important Properties Of AG Glass
There are 7 important properties of AG(anti-glare) glass : Gloss,Haze,Transmittance,Thickness,Roughness,Granularity and Distinctness.

How to Identify AG AR AF Glass ?
Today we will introduce some simple methods to teach you how to quickly identify AG AR AF Glass.

AF(anti-fingerprint) Glass
AF coating is based on the principle of lotus leaf, a layer of nano-chemical material is coated on the surface of the glass to make it more hydrophobic and resistant to oil and fingerprints.

AR (anti-reflective) Glass
By optically coating one or both sides of glass to reduce its reflectivity and increase transmittance. Reduces surface glare and increases light transmission and brightness of the substrate while providing better contrast clarity by reducing surface reflectivity of specific light waves. The maximum value can increase its transmittance to more than 99% and control its reflectivity to less than 1%.

AG (anti-glare) Glass | Non-Glare Glass
AG(anti-glare) Glass : By chemical etching or spraying, the reflective surface of the original glass is changed to a diffused surface, which changes the roughness of the glass surface, thereby producing a matte effect on the surface.
















