Black Friday Doorbuster Ito Glass Substrates (unpatterned) And More [6oaH8mc2]

High-Quality ITO Glass Substrates: The Ultimate Solution for Research Applications

Explore our range of unpatterned ITO glass substrates, designed to be an essential component in various research applications. These substrates are engineered with a 100 nm layer of indium tin oxide (ITO) for exceptional conductivity and transparency. With their versatility, they are ideal for microscopy, spectroscopy, and electropolymerization techniques. Our substrates are made from polished soda lime, float glass, ensuring durability and consistent performance.

• Optimized for microscopy (STM, conductive AFM)
• Superior transmittance for spectroscopy applications
• Conductive properties for electropolymerization

Key Specifications and Technical Details

Our ITO glass substrates come in a variety of sizes, including 20 mm x 15 mm, 25 mm x 25 mm, and 25 mm x 75 mm (microscope slide). With a thickness of 1.1 mm and a fully oxidized ITO coating, these substrates offer reliable performance for your experiments. The ITO thickness is precisely 100 nm, providing a high quoted resistance of 20 Ω.□^-1 and a measured resistance of 14 - 16 Ω.□^-1. The glass roughness is 1 nm RMS, while the ITO roughness is 1.8 nm RMS, ensuring smooth and consistent surfaces for your research.

• Multiple substrate sizes available
• 1.1 mm thickness for durability
• 100 nm ITO coating for optimal conductivity

Practical Applications and Target Audience

Whether you are a researcher in the field of nanotechnology, material science, or a student working on a research project, our ITO glass substrates are the perfect choice. Their high transmittance and conductivity make them ideal for a wide range of experimental techniques. Use them in your work to achieve accurate and reliable results. With our substrates, you can enhance your research capabilities and explore new possibilities in your field.

• Perfect for nanotechnology and material science research
• Enhance your research capabilities with high-quality substrates
• Target audience includes researchers, students, and professionals in various fields