ITO Conductive PET Film | Transparent Indium Tin Oxide Film, Flexible Transparent Electrode for Touch Screen, LCD, Transparent Heating & EMI Shielding

Overview
ITO conductive PET film is flexible polyester (PET) substrate sputtered with Indium Tin Oxide (ITO) coating. It is a premium transparent conductive material combining high optical transparency and electrical conductivity.
Unlike opaque non-woven conductive fabric, this ITO film keeps clear while conducting current. It can be cut easily for custom optoelectronic projects. The PET base provides good flexibility.
Key Features
✅ High visible light transmittance, transparent conductive layer
✅ Uniform sheet resistance across the whole film surface
✅ Flexible PET substrate, lightweight, easy to die-cut
✅ Dual function: transparent electrode + electrostatic dissipation
✅ Optional function: transparent heating for defogging & de-icing
✅ Clear EMI shielding without blocking visible light
Applications
🔹 Capacitive Touch Screen / Touch Panel
Transparent sensing electrode for industrial touch screens, kiosk touch panels.
🔹 LCD, EL Electroluminescent Devices
Transparent electrode layer for liquid crystal displays and EL light sheets.
🔹 Transparent Heating & Defrosting Film
Anti-fog / de-icing for refrigerator display glass, lens, observation windows.
🔹 Thin Film Solar Cells
Transparent conductive electrode for photovoltaic research and manufacturing.
🔹 Optical Window ESD & EMI Shielding
Anti-static and electromagnetic shielding for optical inspection equipment, maintain clear view.
🔹 Lab & Custom Flexible Electronics
Flexible sensor substrates, scientific experiments, optoelectronic prototype development.
Specifications
Base Material: PET Polyester Film
Coating: ITO (Indium Tin Oxide)
Property: Transparent, conductive, flexible
Function: Transparent electrode, anti-static, transparent EMI shielding, transparent heating
Processing: Can be cut into custom sizes
Notes
⚠️ The ITO conductive coating is sensitive to heavy friction and strong chemical solvent.
⚠️ Do not scratch the ITO side; scratching will damage conductive performance.
⚠️ Not suitable for high voltage use.