CY8605 FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm

FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm Description

Combining durability with excellent optical clarity, the FTO Coated Glass Substrate (15 Ohm/Sq, 50×50×1.1 mm) is an ideal choice for photovoltaic research, electrochemical experiments, and various transparent conductive electrode applications. This substrate features a uniform fluorine-doped tin oxide (FTO) coating on robust, low-iron glass, ensuring high conductivity, low surface roughness, and improved chemical stability. The 15-ohm per square sheet resistance delivers efficient current flow, while the 1.1 mm thickness provides structural stability without compromising transparency.

With rigorous quality control measures, each FTO substrate guarantees consistent performance and minimal defects in critical R&D and industrial scenarios. It undergoes thorough testing for conductivity, uniformity, and optical transmission, meeting strict industry standards for reliability and reproducibility. Whether you are developing solar cells, sensors, displays, or flexible electronics, this FTO coated glass substrate delivers the high-quality foundation you need for innovations.

FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm Applications

This FTO coated glass substrate (15 ohms/sq, 50x50x1.1 mm) offers a combination of transparency and conductivity suitable for a broad range of applications. With uniform electrical performance, robust mechanical stability, and excellent optical clarity, it is ideal for enhancing device efficiency and reliability. Its reliable conduction layer supports various uses across diverse sectors, ensuring consistent results in demanding environments.

1. Industrial Applications

·        Used as a conductive window in chemical and petrochemical processing equipment for real-time monitoring of reactions.

·        Integrated into consumer electronics assembly lines to improve sensitivity in automated inspection systems.

2. Research Applications

·        Employed in laboratory-scale solar cell experiments for testing diverse photovoltaic materials.

·        Serves as a transparent electrode in advanced electronics R&D, enabling device prototyping.

3. Commercial Applications

·        Incorporated into touch-sensitive display technologies and interactive retail kiosks for enhanced responsiveness.

·        Adopted in LED lighting solutions requiring transparent conductive layers for improved energy efficiency.

FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm Packaging

Each FTO coated glass substrate is individually wrapped in an anti-static film and placed between foam layers within a sturdy, sealed container. This packaging safeguards against impact, moisture, and contamination. Store sealed containers in a clean, dry environment at room temperature. For enhanced protection, consider nitrogen-purged bags or vacuum sealing. Custom packaging options, including size adjustments and specialised labeling, are available upon request to meet specific handling requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm FAQs

Q1: What are the key material properties of FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm?

A1: The FTO (fluorine-doped tin oxide) coating provides a conductive and transparent layer on the soda-lime glass. With a sheet resistance of approximately 15 Ohms per square, it balances low electrical resistivity and high optical transmittance. The 1.1 mm thickness ensures structural stability while maintaining clarity. This substrate is chemically stable, exhibits decent scratch resistance, and maintains uniformity across the 50x50 mm surface area.

Q2: How should this product be handled and stored?

A2: FTO coated glass should be handled with lint-free gloves to protect the conductive coating from oils, scratches, and contamination. Wiping gently with a solvent-resistant cloth and isopropyl alcohol helps maintain surface cleanliness. Store these substrates in a dust-free environment at room temperature, ideally in a protective case or between acid-free sheets. Ensuring minimal contact and avoiding abrupt temperature changes helps preserve coating performance.

Q3: Which quality standards and certifications apply to FTO Coated Glass Substrate 15 Ohm/Sq 50x50x1.1 mm?

A3: These coated glass substrates often adhere to ISO 9001 requirements for quality management and consistency in manufacturing processes. They may also comply with RoHS guidelines, verifying the absence of restricted hazardous substances. Some suppliers meet DIN EN standards pertaining to material strength and coating consistency, while documented inspection and certification procedures ensure that each batch meets specified electrical, optical, and dimensional tolerances.

Related Information

1. Material Properties and Advantages

Featuring a specially formulated fluorine-doped tin oxide layer, the FTO Coated Glass Substrate with a surface resistivity of 15 Ohm/Sq in a 50x50x1.1 mm format delivers exceptional electrical conductivity alongside high optical transmission. Its robust construction ensures performance during prolonged usage, while the uniform film thickness contributes to consistent current flow across the entire substrate. This precise balance of transparency and conductivity is critical in applications such as display panels and photovoltaic devices that demand optimal light penetration and reliable electrical operation.

Providing dependable structural integrity, the 1.1 mm thick glass base reduces warping under rapid temperature fluctuations. The substrate’s tight dimensional tolerances enable integration into complex assemblies without compromising on alignment or functionality. In addition, the FTO coating’s rugged nature ensures long-lasting corrosion resistance, making the substrate suitable for environments that experience varying levels of humidity or exposure to chemicals.

2. Applications in Advanced Industries

This FTO Coated Glass Substrate excels in sectors such as renewable energy, biomedical diagnostics, and transparent electronics. Its low sheet resistance combined with high optical clarity allows for efficient light-sensitive processes, making it vital in solar cells, electrochromic displays, and biosensor platforms. Researchers value its consistent material characteristics, which can be reliably replicated in experimental setups and production-scale implementations.

Demonstrating versatility, the substrate’s 50x50 mm size makes it an ideal candidate for prototyping and small-scale device fabrication. Innovators and engineers can incorporate it into assembly lines or specialised laboratory equipment, thereby accelerating development cycles. Its ability to handle testing protocols ensures minimal downtime and stable operation, allowing industries to push the boundaries of transparent conductive films.