Indium Tin Oxide (ITO) Glass Wafers In Stock
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Indium-tin-oxide (ITO) coated substrates
ITO high light transmission and high-conductivity are great for Liquid Crystal Displays (LCD).
Bare (unpatterned) indium-tin-oxide (ITO) glass
(e.g. 15 ohm/sq.; 25 mm x 25 mm; < USD 1.5)
Patterned indium-tin-oxide (ITO) glass
(e.g. 15 ohm/sq.; 25 mm x 25 mm; < USD 1.5)
Bare ITO coated plastic film [PET, PEN]
Patterned ITO coated plastic films [PET, PEN]
Discount 60 ohm/sq ITO coated PET film (0.125mm)
ITO glass Specifications
Product configuration
Glass / SiO2 buffer (~23 nm) / ITO
ITO coating
Magnetron sputtering
ITO patterning
Photolithography
Size
Any size up to 14â€x 16â€
Typical sheet resistance
(ohm/sq)
6, 10, 13, 15, 20, 60, 100, 250, etc
(Others are also available for volume production)
Substrate thickness (mm)
0.4, 0.55, 0.7, and 1.1
Pre-patterned
Via photofilm or Cr mask
ITO plastic film
Specifications
Product configuration
Polyethylene terephthalate (PET) / ITO
PEN / ITO
ITO coating
Magnetron sputtering
ITO patterning
Lithography / Screen-printing / Laser patterning
Size
Sheet / roll (width <=1200 mm)
Typical sheet resistance (ohm/sq)
6, 10, 14, 20, 50, 60, 80, 100,
120, 150, 250, 300, 350, 450, 500
Substrate thickness (mm)
0.125, 0.175, 0.188, 0.21
ITO Physical properties
ITO Work function
4.9 eV (UPS)
We offer consultation for ITO cleaning
4.8-4.9 eV (UPS)
(after exposed to Chloro-based solvents)
ITO thickness
Usually, up to 125 nm
Micro-roughness
RMS 1-2 nm (Digital Instrument 3100 AFM)
Optical transmission
> 85% at 555 nm.
Fluorine-tin-oxide (FTO) coated substrates
For solar/photovoltaics applications: e.g dye-sensitized cells, organic solar cells
For display applications: transparnt conducting electrode for top emitting displays
Others: heated glass, mirrors, computer screens, EMI/RFI shielding, oven windows, electro-optical, insulating applications
Bare and Patterned fluorine-tin-oxide (FTO) glass
FTO products:
- Pilkington FTO glass (TEC Glass)
- Nippon Sheet Glass FTO glass
- Normal FTO glass
Pilkington FTO glass (TEC series)
Used for solar applications:
Specifications
FTO glass manufacturer
Pilkington, USA
Size
Up to 14â€x 16†(355mm x 406mm)
Typical sheet resistance (ohm/sq)
TEC#
ohm/sq
8
15
70
250
1000
1000
<= 9
<= 14
<= 80
<= 280
<= 3000
<= 5000
Substrate
Clear soda lime float glass
ASMT C-1036-91 or better
Substrate thickness (mm)
2.5 - 6
Optical transmission
Daylight: 83-88 %
Solar: 61-81 %
Haze
TEC#
%
8
15
70, 250, 1000
> 2
< 0.7
< 0.5
Product features
Color neutral, low emissivity
Durable pyrolytic (hard coat) surface
Bendable
Nippon Sheet Glass FTO
for solar applications
Specifications
FTO glass manufacturer
Nippon Sheet Glass Co. Ltd., Japan
Size
<= 14†x 16†or 300mm x 300mm
Typical sheet resistance (ohm/sq)
< 7 and 13
Substrate
Soda lime float glass
Substrate thickness (mm)
2.2 and 3.1 +/- 0.2
Visible transmission
> 77 %
Haze
>8 %
Normal FTO glass
Specifications
FTO glass manufacturing
PRC
Size
Any size up to 300mm x 300mm
Typical sheet resistance (ohm/sq)
<15
Substrate
Clear soda lime float glass
Substrate thickness
2.2 mm
Remark: Customer services including patterning are available. We can offer patterning service for your ITO substrates.
What is ITO Thin Film?
An ITO (indium tin oxide) thin film is a type of transparent conductive film that is commonly used in a variety of electronic devices, including smartphones, tablets, and LCD (liquid crystal display) televisions. ITO thin films are made by depositing a thin layer of indium tin oxide onto a substrate, such as glass or plastic.
One of the key properties of ITO thin films is their ability to conduct electricity while also being transparent. This makes them ideal for use in devices that require both electrical conductivity and the ability to display images or other information to the user.
In addition to their use in display technology, ITO thin films are also used in a variety of other applications, including solar cells, touch screens, and EMI (electromagnetic interference) shielding.
There are a number of different methods that can be used to create ITO thin films, including sputtering, evaporation, and chemical vapor deposition. The specific method chosen will depend on the desired properties of the film and the requirements of the application.
What is ITO Coating?
ITO (indium tin oxide) coating is a thin layer of material that is applied to a surface to create an electrically conductive layer. ITO coatings are often used in electronic devices, such as smartphones, tablets, and LCD displays, to provide electrical conductivity to the device's touch screen.
ITO coatings are transparent, allowing light to pass through them, which makes them well-suited for use in displays. They are also highly conductive, which allows them to transmit electrical signals with minimal resistance. In addition, ITO coatings are durable and resistant to wear, which makes them ideal for use in touch screens that are subjected to frequent use.
ITO coatings are typically applied using a sputtering process, in which a thin layer of ITO is deposited onto the surface of the device using high-energy particles. The ITO coating is then patterned and etched to create the desired electrical connections and touch-sensitive areas.
Overall, ITO coatings are an important component of many electronic devices, as they enable the device to function as a touch screen and interact with users through electrical signals.
Indium Tin Oxide Coated Glass for Sale
MAIN PRODUCTS buy online and save!
- ITO coated glass
- ITO coated plastic film (PET, PEN, etc)
- Fluorine-tin-oxide FTO coated glass
- FPD and ITO glass detergents
ITO Glass Sizes Inlcude But Not Limited To:
- 300mm x 400mm
- 400mm x 500mm
- 450mm x 550mm
ITO glss slides Sizes
- 25mm x 25mm
- 25mm x 75mm
- 50mm x 75mm
ITO Wafers - Buy online now and SAVE!
| Item | Dia | Thk | Description |
| 2276 | 25mm Sq | 1.1mm | 15-20 ohm/sq ITO glass Size: 25mm x 25mm Please specify thickness from 1.1 or 0.7mm |
| 2272 | 75mm x 25mm | 0.7mm | 5-20 ohm/sq ITO glass Size: 75mm x 25mm Please specify thickness from 1.1 or 0.7mm O |
| 2530 | 50mm Sq | 0.7mm | ITO coated boro-aluminosilicate glass 50mm x 50mm x 0.7mm Non-alkaline TFT grade |
| 2288 | 150mm Sq | 1.1mm | 10 ohm/sq ITO coated polished glass Size: 150mm x 150mm Specify thickness 1.1 or 0.7mm |
< 10 ohm/sq ITO coated SiO2 wafer
Surface: Polished grade
Size: 4" dia. x 0.55mm
10 $65.90 each
25 $55.90 each
50 $47.90 each
100 $43.00 each
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<20 ohm/sq ITO coated SiO2 wafer
ITO thickness: ~ 100nm +/-10nm
Surface: Polished grade
Size: 4" dia. x 1.1mm
25 $34.90 each
50 $30.90 each
100 $25.90 each
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<20 ohm/sq ITO coated SiO2 wafer
ITO thickness: ~ 100nm +/-10nm
Surface: Polished grade
Size: 4" dia. x 0.7mm
25 $38.90 each
50 $34.90each
100 $30.90 each
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< 10 ohm/sq ITO coated SiO2 wafer
Surface: Polished grade
Size: 4" dia. x 1.1mm
25 $38.90 each
50 $34.90each
100 $30.90 each
----------
< 10 ohm/sq ITO coated SiO2 wafer
Surface: Polished grade
Size: 4" dia. x 0.7mm
25 $43.00 each
50 $38.90each
100 $34.90 each
----------
<7 ohm/sq ITO coated SiO2 wafer
Surface: Polished grade
Size: 4" dia. x 1.1mm
25 $43.00 each
50 $38.90each
100 $34.90 each
----------
<7 ohm/sq ITO coated SiO2 wafer
Surface: Polished grade
Size: 4" dia. x 0.7mm
25 $43.00 each
50 $38.90each
100 $34.90 each
----------
<7 ohm/sq ITO coated SiO2 wafer
Surface: Polished grade
Size: 4" dia. x 0.7mm
25 $51.90 each
50 $43.00 each
100 $38.90 each
Indium Tin Oxide (ITO) Coated PET Sheet
Coating Properties:
- Specified ITO Sheet resistivity – ≤ 15 ohms/sq
- Typical ITO Sheet resistivity – 8 10 ohms/sq
- Transmittance at 550nm – ≥ 75%
- ITO film Thickness – 1400-1500 Å
- Sheet Thickness – 0.175 mm or 175 micron
- Haze – NA
- Heat resistance (R/R0) - ≤1.3 (@130°C, 30min)
- Hear storage (R/R0) - ≤1.3 (@90°C x 250hrs)
- High humidity storage (R/R0) - ≤1.3 (@60°C x 250hrs, 95% RH)
- Heat cycle (R/R0) - ≤1.3 (@-30°C 85°C x 50 cycle)
- Adhesive- Excellent (@1.0kg x 25 cycle with cloth)
- Surface check - Smooth, no holes, no patches and no stain
- Storage temperature - -30°C +40°C
- Brand – UniversityWafer, Inc.
Physical Properties:
- Configuration – Polyethylene terephthalate (PET) / ITO
- Substrate – Optical clear grade PET film / Hardcoated PET film
- Surface finished of glass – N/A
- Passivation layer – No
- ITO coating method – Magnetron sputtering at elevated temperature under vacuum
- ITO work function – 4.8 4.9eV (measured by UPS) after proper cleaning
- Surface Roughness – RMS1 10 nm, depend on the various product
- Packing - Sheet/roll form
Indium Tin Oxide (ITO) Coated PET Sheet Product Series: TIPZ
Coating Properties:
- Specified ITO Sheet resistivity – 60 ohms/sq
- Typical ITO Sheet resistivity – 70 ohms/sq
- Transmittance @ 550nm – ≥ 8 %
- ITO film Thickness 350 to 370 Å
- Sheet Thickness – 0.175 mm or 175 micron
- Haze – NA
- Heat resistance (R/R0) - ≤1.3 (@13 °C, 30min)
- Hear storage (R/R0) - ≤1.3 (@9 °C x 250hrs)
- High humidity storage (R/R0) - ≤1.3 (@6 °C x 250hrs, 95% RH)
- Heat cycle (R/R0) - ≤1.3 (@-30°C 85°C x 50 cycle)
- Adhesives - Excellent (@1.0kg x 25 cycle with cloth)
- Surface check - Smooth, no holes, no patches and no stain
- Storage temperature - -30°C +40°C
- Brand – UniversityWafer, Inc.
Physical Properties:
- Configuration – Polyethylene terephthalate (PET) / ITO
- Substrate – Optical clear grade PET film / Hardcoated PET film
- Surface finished of glass – N/A
- Passivation layer – No
- ITO coating method – Magnetron sputtering at elevated temperature under vacuum
- ITO work function – 4.8 4.9eV (measured by UPS) after proper cleaning
- Surface Roughness – RMS1 10 nm, depending on the various product
- Packing - Sheet/roll form
What are ITO Wafers Used for?
Indium tin oxide (ITO) wafers are thin sheets of material made from a mixture of indium and tin oxide. They are used in a variety of electronic and optoelectronic applications due to their high conductivity, transparency, and ability to be easily patterned.
One of the main uses of ITO wafers is in the manufacture of touch screens for electronic devices, such as smartphones and tablets. The ITO wafer is typically coated onto a glass or plastic substrate to create a touch-sensitive surface that can detect the location and movement of a user's finger. The ITO coating is then patterned and etched to create the desired electrical connections and touch-sensitive areas.
ITO wafers are also used in the manufacture of LCD (liquid crystal display) screens, which are found in a wide range of electronic devices, including TVs, computer monitors, and laptops. The ITO wafer is used to create the transparent electrode layer that is required for the LCD screen to function.
In addition to their use in touch screens and LCD displays, ITO wafers are also used in a variety of other electronic and optoelectronic applications, such as solar cells, LED lighting, and thin film transistors. They are also used in the manufacture of a range of other electronic components and devices, including sensors, detectors, and RFID (radio-frequency identification) tags.