CY8618 FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm

FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm Description

FTO Coated Glass Substrate (7–8 Ω/sq) in a 10×10×2.2 mm form factor provides an excellent balance of conductivity and transmittance. The fluorine-doped tin oxide layer ensures high optical clarity whilst maintaining chemical and thermal stability. Its low sheet resistance and uniform coating thickness make it suitable for applications that demand both reliable electrical performance and consistent film quality.

Suitable for research and high-level manufacturing, this substrate finds wide use in solar cells, optoelectronic devices, and advanced sensors. It adheres to stringent industry standards, ensuring minimal defect rates and excellent reproducibility. Whether employed for R&D or large-scale production, this FTO Coated Glass Substrate delivers a dependable, high-efficiency platform for advanced technologies.

FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm Applications

FTO Coated Glass Substrate with a surface resistivity of 7-8 Ohms/sq and standard dimension of 10x10x2.2 mm offers a unique combination of high electrical conductivity, optical transparency, and chemical stability. These properties allow it to be integrated into technologies across multiple civilian sectors, from advanced electronics to medical instruments. Its uniform conductive layer ensures reliable performance and durability in demanding environments, making it invaluable for various commercial and industrial applications.

1. Industrial Applications

·         Integrated into smart windows for climate control in manufacturing facilities, leveraging low sheet resistance and high transparency for energy-efficient operation

·         Deployed in chemical processing equipment requiring stable and conductive surfaces for precise monitoring and control of reactive processes

2. Research Applications

·         Employed in developing thin-film sensors in laboratory settings, where consistent conductivity and optical clarity are critical for data accuracy

·         Used as a reliable test platform for new coatings or nano-material studies, thanks to its uniform electrical properties and strong chemical resistance

3. Commercial Applications

·         Incorporated into touchscreen displays in consumer devices, providing a durable and clear interface with dependable electrical performance

·         Utilised as backplane materials in lighting panels for retail or architectural installations, ensuring efficient power distribution and long-lasting illumination

FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm Packaging

These FTO Coated Glass Substrates are packaged using shock-absorbent foam and sealed in an anti-static, dustproof bag to protect their conductive surfaces. They should be stored at room temperature, away from direct sunlight, and kept in a clean, low-humidity environment to prevent contamination and oxidation. Optional customisation allows for tailored package sizes, labelling, and segmentations to accommodate diverse research and manufacturing needs whilst maintaining cleanliness and product integrity.

Packaging: Vacuum sealed, Wooden Box, or Customised.

FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm FAQs

Q1: What are the key material properties of FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm?

A1: FTO (Fluorine-doped Tin Oxide) coated glass substrates exhibit high optical transparency (generally above 80%), low sheet resistance of 7-8 Ω/sq, and uniform surface conductivity across the 10x10 mm area. The layer thickness is carefully controlled to ensure minimal absorption and consistent performance. Their chemical and thermal stability make them suitable for various applications such as solar cells, electrochromic devices, and research prototypes.

Q2: How should this product be handled and stored?

A2: These substrates should be handled using cleanroom gloves to prevent contamination from oils and particles. Avoid touching the conductive side directly and, if possible, work in a dust-free environment. When storing, keep them in their original packaging or a dedicated container with minimal humidity to avoid corrosion or surface damage. Maintaining moderate temperatures and protecting them from direct sunlight further preserves their conductive and optical properties.

Q3: Which quality standards and certifications apply to FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm?

A3: FTO coated glass substrates are commonly manufactured under strict ISO 9001 quality management systems to ensure consistent sheet resistance, film thickness, and adhesion. Many suppliers also provide RoHS and REACH compliance statements to verify the absence of hazardous substances. In addition, some producers conduct internal testing or adhere to international standards (such as ASTM) to validate mechanical strength, thermal stability, and uniform optical transmission across batches.

Related Information

1. Quality Control Measures

Quality assessments for the FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm often involve meticulous inspection at every production checkpoint. During initial fabrication, technicians measure both the thickness of the transparent conductive oxide layer and the uniformity of its coverage. A combination of automated visual checks and electrical resistivity tests is employed to verify that the substrate consistently meets the 7-8 Ohm/Sq surface resistivity requirement. Documentation of these findings ensures any production anomalies are identified and corrected.

Consistent performance validation also includes monitoring properties such as surface root-mean-square roughness, optical transmittance, and substrate dimensions. Instrumentation, including profilometers and spectrophotometers, helps confirm adherence to product tolerances. This control process guarantees that each batch of FTO-coated substrates matches the specified 10x10x2.2 mm size, conductivity, and transparency before being approved for technical applications.

2. Applications in Advanced Industries

Nano-technology research benefits significantly from FTO Coated Glass Substrate 7-8 Ohm/Sq 10x10x2.2 mm due to its stability under processing conditions. For instance, photovoltaic engineers utilise FTO substrates in thin-film solar cells, leveraging their low electrical resistance and high optical clarity. The substrates’ uniform thickness further supports layering of materials, ensuring optimal device efficiency in solar panel prototypes.

Electronics manufacturing firms integrate these substrates into sensors, flexible electrodes, and transparent displays, capitalising on their conductive and transparent features. Their surface properties enable device fabrication, reducing the risk of defect formation during assembly. As demand grows for compact and high-performance electronics, the FTO Coated Glass Substrate remains a preferred foundation for technologies requiring transparent electrical contacts.