ITO Coated Conductive Glass 10mm×20mm




ITO Coated Conductive Glass 10mm×20mm


ITO Coated Conductive Glass 10mm×20mm

The ITO glass we supply has good thermal stability and acid and alkali resistance, and is widely used in scientific research and industrial production, or other industries.

Product Details

Brand – Qunguan

  • Transmittance: 鈮?84%
  • Resistivity: 10~15 ohm/sq.
  • Coating Thickness: 135nm
  • Coating Method: Magnetron Sputtering
  • Substrate: Soda lime glass
  • Glass type: Float Glass
  • Single Sided polish coating
  • Conductive on single Sided

Features

  • High transmittance: >84%
  • Low resistivity: 10~15 ohm/sq
  • Coating Thickness: 135nm
  • Coating Method: Magnetron Sputtering
  • Substrate: Soda lime glass
  • Single Sided polish coating
  • Conductive on single Sided

Customization

We sell ITO Glass in various sizes and packages with the finest quality. You can also buy in bulk. As per our clients’ feasibility, we have multiple payment options. You can provide engineering drawings, and we can provide you with customized processing, such as Laser drilling, laser slotting, laser surface etching.

Applications

ITO coated glass is widely used in mobile phone screens, OLED, electrochromic devices, electromagnetic shielding, photocatalysis, solar cells, biological experiments, electrochemical experiments (electrodes), such as electrochemical polymerization (ECP), etc.

FAQs

What is the resistivity of the ITO coated glass?

The resistivity of the ITO coated glass is 10~15 ohm/sq.

What is the transmittance of the ITO coated glass?

The transmittance of the ITO coated glass is >84%.

What is the coating thickness of the ITO coated glass?

The coating thickness of the ITO coated glass is 135nm.

Conclusion

ITO coated conductive glass is a high-quality transparent conductive material suitable for lab use. It has low resistivity, high transmittance, and good thermal stability. With its various applications in different industries, it is an essential component in scientific research and industrial production.