Fluorine-Tin-Oxide (FTO) Glass Substrate (TEC 7)

1. Dimensions 1" x 1" x 1.1 mm R: 7-10 ohm/sq 25pcs /pack

Specifications:

• Fluorine-Tin-Oxide (FTO) Coated on Glass Plates
• Dimension: 1" x 1" x 1.1 mm
• Nominal FTO Film Thickness: 250 nm
• Resistivity: 7-10 ohm/sq
• Max. Operating Temperature: 650 °C
• Visible Transmittance: 80-85 %
• Haze: 5%

 

2. Dimensions 100 x 100 x 1.1 mm R: 7-10 ohm/sq 5 pcs /pack

Specifications:

• Fluorine-Tin-Oxide (FTO) Coated on Glass Plates
• Dimension: 100 mm x 100 mm x 1.1 mm
• Nominal FTO Film thickness: 250 nm
• Resistivity: 7-10 ohm/sq
• Visible Transmittance: 80-85 %
• Haze: 5%

 

3. Dimensions 1" x 1" x 3.0 mm R: 6-8 ohm/sq 25pcs /pack

Specifications:

• Fluorine-Tin-Oxide (FTO) Coated on Glass Plates (TEC7 )
• Dimension: 1" x 1" x 3.0 mm
• Nominal FTO Film thickness: 250 nm
• Resistivity: 6-8 ohm/sq
• Visible Transmittance: 80-82 %
• Haze: 5%
• Heat Flow thru Glass: clear glass at 22 deg C/air space/clear glass at 4 C: 64 W/m^2

 

4. Dimensions 20mm x 20mm x 3.0 mm R: 6-8 ohm/sq 25pcs /pack

Specifications:

• Fluorine-Tin-Oxide (FTO) Coated on Glass Plates (TEC7 )
• Dimension:20mm x 20mm x 3.0 mm
• Nominal FTO Film thickness: 250 nm
• Resistivity: 6-8 ohm/sq
• Visible Transmittance: 80-82 %
• Haze: 5%
• Heat Flow thru Glass: clear glass at 22 deg C/air space/clear glass at 4 C: 64 W/m^2

 

5. Dimensions 1.0" x 3" x 3.0 mm 6-8 ohm/sq 25pcs /pack

Specifications:

• Fluorine-Tin-Oxide (FTO) Coated Glass Plates (TEC7 )
• Dimension: 1" x 3" x 3.0mm
• Nominal FTO Film thickness: 250 nm
• Resistivity: 6-8 ohm/sq
• Visible Transmittance: 80-82 %
• Haze: 5%
• Heat Flow-thru Glass: clear glass at 22 deg C/air space/clear glass at 4 C: 64 W/m^2

 

6. Patterned 1" x 1" x 1.1 mm R: 7-10 ohm/sq 25pcs /pack

Specifications:

• Fluorine-Tin-Oxide (FTO) Coated on Glass Plates, with Pattern
• Dimension: 1" x 1" x 1.1 mm
• Nominal FTO Film thickness: 250 nm
• Resistivity: 7-10 ohm/sq
• Visible Transmittance: 80-85 %
• Haze: 5%
• FTO film is coated on one side Please click here to see a figure showing where the ITO patterns are.