CY8613 FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm

FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm Description

Experience exceptional performance with our FTO Coated Glass Substrate featuring a sheet resistance of 6–9 Ω/sq and dimensions of 10 × 10 × 3.2 mm. Engineered for advanced electronics and research applications, this transparent conductive oxide layer ensures consistent electrical conductivity and uniformity. Its optical clarity allows for optimal light transmission, making it an ideal choice for photovoltaics, electrochromic devices, and sensor technologies.

Manufactured under stringent quality standards, each substrate undergoes thorough inspections to verify precise thickness control and robust adhesion of the fluorine-doped tin oxide coating. Resistant to chemical corrosion and thermal fluctuations, this substrate ensures long-lasting performance in various demanding environments. Whether developing solar cells or semiconductor devices, our FTO Coated Glass Substrate delivers reliability tailored to exacting research and industrial requirements.

FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm Applications

FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm is a highly transparent, conductive material commonly used for excellent electrical properties and uniform thin film coverage. Its performance and low resistance are valuable in diverse industries, particularly in electronics, laboratory instruments, and product development. Combined with its optical clarity, this substrate facilitates innovative solutions that enhance device performance and research.

1. Industrial Applications

·         Integrates into automotive sensor assemblies, providing stable electrical conduction for real-time monitoring

·         Enhances chemical detection devices in manufacturing lines for accurate process control

·         Enables durable industrial touch panels for high-visibility interfaces

2. Research and Scientific Instruments

·         Serves as a transparent electrode in electrochemical experiments for precise data collection

·         Supports photovoltaic testing in solar cell prototype development

·         Functions as an essential layer in biosensor projects for academic and commercial R&D

3. Commercial and Consumer Electronics

·         Contributes to interactive touchscreen displays in kiosks and vending machines

·         Allows efficient heating elements in household appliances, ensuring uniform heat distribution

·         Helps develop wearable sensors in clothing and accessories

FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm Packaging

These FTO Coated Glass Substrates, measuring 10x10x3.2 mm with a 6-9 Ohm/Sq sheet resistance, should be packaged in anti-static, bubble-wrapped pouches to prevent scratching or breakage. Place individually sealed substrates in protective containers, ensuring minimal moisture exposure. Store in a dry, temperature-controlled environment to reduce contamination. Custom labeling and packaging solutions are available upon request, ensuring safe transport and optimal performance of the coating.

Packaging: Vacuum sealed, Wooden Box, or Customised.

FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm FAQs

Q1: What are the key material properties of FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm?

A1: The FTO (Fluorine-doped Tin Oxide) coated glass substrate features an electrical sheet resistance of 6-9 Ohms per square, a uniform 3.2 mm thickness, and a high optical transmittance that typically exceeds 80% in the visible range. Its surface possesses thermal stability, chemical inertness, and mechanical durability. The uniform doping ensures conductive consistency and minimal surface defects across the entire 10x10 mm area.

Q2: How should this product be handled and stored?

A2: To preserve the conductive coating and maintain optical clarity, handle the FTO coated glass using clean, lint-free gloves to prevent contamination by skin oils or debris. The substrate should be stored in a clean, dry environment at room temperature, ideally in anti-static containers or between protective sheets. Avoid direct contact with harsh chemicals and excessive humidity to prevent damage.

Q3: Which quality standards and certifications apply to FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm?

A3: FTO coated glass substrates are typically produced under ISO 9001 certified quality management systems, ensuring process consistency and traceability. They generally comply with RoHS and REACH environmental directives to limit hazardous substances. Some manufacturers additionally comply with ISO 14001 for environmental management, ensuring that production adheres to stringent quality control measures for performance, uniformity, and reliability.

Related Information

1. Material Properties and Advantages

The FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm features a uniform coating that maintains high electrical conductivity and excellent optical transmittance. This balance is crucial for applications requiring visibility and a conductive layer, such as display panels and transparent sensors. The fluorine doping technique in the tin oxide coating contributes to chemical stability, ensuring that the substrate maintains performance under varying environmental conditions.

Moreover, the 3.2 mm thickness and 6-9 Ohm/Sq resistivity range accommodate diverse integration possibilities in precision-built devices. By offering controlled surface resistance, this substrate allows for accurately managed current flow, essential for product development in energy-sensitive systems. The resistance to bending and thermal fluctuations ensures uniform conductivity over extended usage.

2. Applications in Advanced Industries

Research facilities commonly employ the FTO Coated Glass Substrate 6-9 Ohm/Sq 10x10x3.2 mm as a platform for photovoltaic experiments. Its low sheet resistance and transparent nature make it ideal for building solar cells, facilitating electron transport while allowing sunlight to penetrate active layers. This substrate also proves beneficial in the development of electrochromic windows, enabling dynamic light control in architectural designs.

Other industries, including biotechnology and semiconductors, rely on such FTO coatings for fabricating sensor arrays and microelectromechanical systems. From analytical instruments to lab-on-chip devices, the conductive properties of this substrate ensure repeatable measurements and reduced interference. The ability to customise dimensions further expands its suitability for various research and commercial applications.