Transparent Conductive Oxide (TCO) substrates covered with platinum nanoparticles.
We can apply single-nanometer size highly catalytic nanoparticles of platinum on the TCO glass also other type of substrates like flexible plastic conductive foils (e.g. PEN, PET) can be coated as well.
Please contact us for the latest pricing information.
We catch up on all the latest trends in new technologies market what is why in our offer appeared high quality conductive TCO Glass. We have access to specialized equipment that guarantee profesional TCO glass cutting with declaration of accuracy of dimension ±0,1 mm. Futhermore we are able to partly remove TCO layer.
|TCO Glass||Thickness (mm)||Light transmittance (%)||Sheet resistance (Ohm/sq)||Haze (%)|
TCO layer create conductive, opticaly transparent surface which can partly reflect infared and ultraviolet rays while allowing visible light to pass. Moreover TCO coating is characterized by superior hardness and chemical stability.
TCO Glass applications
+ Solar modules, thin film photovoltaic cells
+ Liquid crystal display (LCD)
+ Touch-screen displays
+ OLED application
+ Transparent antistatic panels
PET foil coated by ITO
To conduct innovative research by using flexible and conductive substrate our firm offer high quality foil PET coated by ITO. Product is characterized by high transparency and stability. Offered size is 300 x 1200 mm,but it could be cut to smaller pieces.
|PET foil with ITO film||Resistance (Ohm/sq)||Haze (%)||Transparency (%)|
+ liquid crystal devices
+ electroluminescent lamps
+ flexible electronics
Electrically conductive foil with silver nanowires
Foils with a layer of silver nanowires are used in displays (LCD, epaper display), touch screens, thin-film solar cells, OLED lighting, flexible electronics, etc.
Uniformity of resistance [Ω/sq] Max-Min
|Physical Characteristics||Film adhesion||-||GBT9286-1998||5B|
|Shrinkage||MD||%||150oC, 30 min||1|
|%||150oC, 60 min||[(𝑅1 − 𝑅0) /𝑅0]
|High temperature and humidity resistance||%||60oC, 85% RH, 240 H||±10|
|Low temperature resistance||%||-40oC, 240 H||±20|
|Heating curl||%||150oC, 30 min||≤10|
|Chemical resistance||Ethanol||%||[(𝑅1 − 𝑅0) /𝑅0] ∗ 100%||-20- +20|