Revolutionary Experimentation ITO Conductive Glass Sheets: Precision Electrochemical/Photoelectrode Deposition with a Minimal Resistance of 6 Ohms

ITO (Indium Tin Oxide) conductive glass refers to a material in which a thin film of indium tin oxide is deposited onto a glass substrate. Renowned for its high transparency and excellent conductivity, it finds broad application across various fields, particularly in technologies requiring a transparent conductive layer, such as touch screens, LCD displays, solar cells, and laboratory research. Below are key points regarding experimental use of ITO conductive glass:

Fundamental Characteristics:

Transparency: ITO conductive glass boasts a high light transmittance, typically exceeding 84%, allowing light to pass through the glass unimpeded by the conductive layer. This is crucial for devices that necessitate light penetration.
Conductivity: The ITO coating has a low resistivity, often less than 10 ohms, ensuring efficient electrical conduction suitable for current or signal transmission.
Chemical Resistance: Laboratory-grade ITO conductive glass undergoes specific testing, including resistance to alkali (immersion in 10% sodium hydroxide solution at 60°C for 5 minutes with resistance change no more than 10%), acid (immersion in 6% hydrochloric acid at 25°C for 5 minutes with similar resistance stability), and solvents, guaranteeing performance stability under defined chemical conditions.
Laboratory Applications:

Scientific Research: In university and institutional laboratories, ITO conductive glass is employed in constructing photodetectors, sensors, optical experimental setups, facilitating the study of optoelectronic properties and conducting a variety of physical and chemical experiments.
Educational Demonstrations: It serves as an educational tool, illustrating the principles and applications of transparent conductive materials.
Biological Experiments: In some biological experiments, ITO conductive glass can act as a substrate for microelectrode arrays used in cell cultures and the measurement of electrical signals.
Specifications and Customization:

Experimental ITO conductive glass can be customized according to the specific requirements of the experiment, with common specifications including dimensions (e.g., 10*10mm), thickness (e.g., 0.15mm or 0.55mm), and resistance values (e.g., <10 ohms).
These glasses can be procured from specialized manufacturers or scientific supply vendors who typically offer an integrated service from R&D to sales, supporting custom orders tailored to research needs.