Indium Tin Oxide (ITO) Glass Wafers In Stock

UniversityWafer -  Silicon for Researchers
University Silicon Wafer for Production

Get your Indium Tin Oxide (ITO) Glass Wafer Quote FAST!


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 14”x 16”
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 14”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.

Indium Tin Oxide Coated Glass for Sale

MAIN PRODUCTS

  • 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
We have the following Indium Tin Oxide wafers. Please let us know if any interest you. Or if you know of better pricing elsewhere!

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

----------
<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

----------
<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

----------
< 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