Customized ITO / FTO Coated Conductive Glass
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China [CN] Transparent Conductive Glass Substrates for Laboratory & Semiconductor Applications
Precision-Coated Glass for Photovoltaic, Sensor, and Display Applications
We supply custom ITO (Indium Tin Oxide) and FTO (Fluorine-doped Tin Oxide) coated conductive glass substrates tailored for research labs, optical-electronic experiments, and semiconductor development. These transparent conductive materials offer excellent sheet resistance, light transmittance, and surface stability, making them ideal for both prototype and production-stage optoelectronic devices.
Product Options
| Coating Type | Substrate | Sheet Resistance | Transmission | Working Temp |
|---|---|---|---|---|
| ITO Glass | Soda-lime / Borosilicate / Quartz | 8–100 Ω/□ (customizable) | >85% @ 550 nm | ≤300°C (standard) |
| FTO Glass | Borosilicate / Float Glass | 7–15 Ω/□ (standard) | 80–88% | ≤550°C (high thermal resistance) |
Key Features
High Transparency + Conductivity: Ideal for optoelectronic devices and solar research
Uniform Coating: Magnetron sputtering / spray pyrolysis coating for excellent film uniformity
Durable & Chemically Stable: FTO offers better acid/alkali resistance; ITO is smoother and lower-resistive
RoHS Compliant: Environmentally friendly and lab-safe
Surface Options: Polished, etched, patterned or laser structured upon request
Customization Capabilities
Custom Sizes: From micro-cut pieces (10×10 mm) to full panels (300×300 mm or larger)
Patterning Services: Photolithography or laser ablation for electrode structures or test arrays
substrate Selection: Choose between soda-lime, borosilicate, or quartz based on your temperature or optical requirements
Double-Sided Coating: Optional for specialty lab setups or flexible device prototyping
Coating Add-ons: Anti-reflection, UV-blocking, or additional dielectric layers
Applications
Laboratory R&D – Transparent electrodes for thin-film experiments, electrochemical testing
Semiconductor Substrates – Conductive base layers for microelectronics, MEMS devices
Solar Cells & Photovoltaics – TCO (transparent conductive oxide) layer for perovskite or dye-sensitized solar cells
Display Technologies – LCD, OLED, touch panel research and development
Sensors & Bioelectronics – Electrode substrates for biosensors, electrochemical cells, and microfluidics
TIHOT provides flexible quantities, from small research samples to production-scale supply.
We support coating characterization, drawing-based customization, and fast turnaround for universities, research labs, and device manufacturers.
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