Fluorine Tin Oxide glass FTO coated glass substrate FTO glass1"x1"
1"x3" Transmittance 80~85%
Fluorine Tin Oxide glass‘s abstract
Fluorine Tin Oxide (FTO) glass is a conductive glass substrate
coated with a thin layer of fluorine-doped tin oxide, offering
excellent electrical conductivity and optical properties. It is
commonly used in solar cells, electrochemical experiments, and
biological applications. Available in various sizes (1"x1", 1"x3",
100x100mm, 300x300mm) and thicknesses (1.1mm, 2.2mm, 1.6mm), it
features a resistance range of 6-72 ohm/sq, high transmittance
(80-85%), and low haze (≦5%). With a temperature resistance of up
to 550℃, FTO glass is ideal for advanced research and development
in universities and laboratories.
Fluorine Tin Oxide glass‘s data sheet
| Product Name: | Fluorine Tin Oxide glass, FTO coated glass substrate |
| Other Names: | Fluorine Tin Oxide glass, FTO conductive glass substrate, Fluorine
Tin Oxide coated glass substrate, FTO thin film coated glass, FTO
glass slide |
Standard Size
(Length x Width): | 1"x1"(or 25x25mm), 1"x3"(or 25x75mm) , 100x100mm, 300x300mm
(Or specific size, according to requirements) |
| Standard Thickness: | 1.1 mm or 2.2mm or 1.6mm |
| Resistance : | 6-8 ohm/sq, 7-10 ohm/sq, 10-15 ohm/sq, 58-72 ohm/sq |
| Transmittance: | 80~85%; |
| Haze: | ≦5% |
| Resistant temperature: | ≦450℃, ≦550℃ |
| Application: | FTO glass is widely used in new technologies such as solar cells,
biological experiments, electrochemical experiments (for
electrodes), and universities and colleges; |
Fluorine Tin Oxide glass‘s pictuere
Fluorine Tin Oxide glass‘s application
Solar Cells:
FTO glass serves as a transparent conductive substrate in solar
cells. It allows light to pass through while providing excellent
conductivity, helping to improve the efficiency of solar cells.
Electrochemical Experiments:
FTO glass is widely used in electrochemical experiments as an
electrode material, especially in studying electrochemical
reactions, corrosion testing, and sensor development.
Biological Experiments:
FTO glass is increasingly employed in biological research because
of its unique combination of electrical conductivity, optical
transparency, and chemical stability. It provides an ideal surface
for cell culture, allowing researchers to monitor cellular behavior
under controlled conditions. Additionally, FTO glass is used in
surface sensors for detecting biological signals, such as changes
in pH or ion concentration, which are critical in diagnostics. Its
conductive properties make it suitable for electrodes in
electrochemical devices, enabling precise biological detection,
analysis, and real-time monitoring of biochemical reactions, thus
advancing applications in biosensing, tissue engineering, and
bioelectronic interfaces.
Smart Windows:
FTO glass can be used in smart windows as a conductive film,
adjusting the transparency and heat conductivity of windows in
certain applications.
Q&A
Q: What are the main properties of FTO glass?
A:
- High Optical Transparency: It allows light to pass through, which
is essential for applications like photovoltaic devices and
touchscreens.
- Low Electrical Resistivity: The fluorine doping significantly
reduces the resistivity of tin oxide, ensuring efficient charge
transport.
- Chemical Stability: FTO glass is resistant to corrosion and
oxidation, maintaining its performance even in harsh environments.
- Thermal Durability: It can withstand high temperatures, which is
important in industrial applications like solar cell manufacturing.
