CY8617 FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm

FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm Description

This FTO Coated Glass Substrate, measuring 150 × 150 × 3.2 mm, is designed to meet the stringent demands of high-performance electronic and energy applications. With a low surface resistance of 6–9 Ω/sq, it enables consistent conduction while maintaining excellent optical clarity. The fluorine-doped tin oxide (FTO) coating ensures uniform distribution and durability, making it suitable for various research and development environments.

Manufactured under strict quality standards, this substrate exhibits excellent heat stability, chemical resistance, and reliable performance in applications such as OLED displays, solar cells, and sensors. Its precisely controlled thickness reduces distortion, ensuring precise results and repeatability during experimentation and production. Experience a high-quality, cost-effective solution that adds value to your projects and meets the modern industry’s toughest requirements.

FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm Applications

Fluorine-doped tin oxide (FTO) coated glass substrates with a sheet resistance of 6-9 ohms per square and dimensions of 150x150x3.2 mm are widely sought after for their excellent combination of optical clarity, electrical conductivity, and chemical stability. These properties enable reliable performance in various civil, commercial, and industrial sectors. From enhancing efficiency in manufacturing to facilitating innovative research and supporting commercial products, FTO coated glass provides a versatile platform for advanced applications.

1. Industrial Applications

·         Used as a transparent electrode for real-time monitoring in chemical processing systems, ensuring precise measurement and control.

·         Incorporated into automotive sensors for consistent, heat-stable performance under varying environmental conditions.

·         Deployed in high-precision manufacturing lines to enable static control and improve product quality.

2. Research Applications

·         Employed as a base substrate in the development of solar cell prototypes, delivering both transparency and conductivity for testing advanced photovoltaic materials.

·         Utilised in sensor development laboratories to study new gas or bio-sensors, assisting researchers in gathering reliable data on conductivity and response times.

·         Built into experimental devices that require stable, transparent conductive layers, such as microfluidic chips in lab-on-a-chip research.

3. Commercial Applications

·         Integrated into touch-sensitive consumer electronics, where its low resistance ensures fast and precise responses to user interactions.

·         Used in energy-efficient smart windows in buildings, allowing for dynamic control of light and heat while maintaining visibility.

·         Incorporated into transparent heating elements for defrosting or anti-fog purposes in appliance doors and retail display cases.

FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm Packaging

FTO Coated Glass Substrate (6-9 Ohm/Sq, 150×150×3.2 mm) are individually wrapped in protective, static-free plastic film, then cushioned between shock-absorbing foam layers. Maintain them in a dry, dust-free environment at 15-35°C. To minimise contamination, handle them with clean gloves and avoid direct contact. Custom packaging configurations and labelling for specialised handling requirements are also available. These measures ensure product integrity and long-term performance.

Packaging: Vacuum sealed, Wooden Box, or Customised.

FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm FAQs

Q1: What are the key material properties of FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm?

A1: FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm offers a uniform fluorine-doped tin oxide layer with consistent conductivity and transparent properties. The 3.2 mm thick soda-lime glass provides mechanical stability and low optical distortion. Typical visible light transmittance ranges around 80-85%, while the sheet resistance of 6-9 ohms/square ensures efficient current flow. Its coating effectively resists surface damage and thermal stress.

Q2: How should this product be handled and stored?

A2: Handle the FTO Coated Glass Substrate by its edges, wearing clean gloves to prevent oils or contamination. Avoid direct contact with the coated surface to maintain uniform conductivity. Store the glass in a clean, low-humidity environment at room temperature, ideally in protective packaging or interleaving sheets to prevent abrasion. Minimise exposure to abrupt temperature changes or mechanical shocks that can cause cracks or surface damage.

Q3: Which quality standards and certifications apply to FTO Coated Glass Substrate 6-9 Ohm/Sq 150x150x3.2 mm?

A3: These substrates typically conform to ISO 9001 for quality management, ensuring consistent production and material traceability. Many manufacturers also comply with RoHS and REACH directives, guaranteeing minimal hazardous substance use and transparent supply chain practices. Rigorous in-house testing addresses parameters such as sheet resistance uniformity, coating adhesion, and optical clarity, all verified through standardised inspection and measurement protocols to maintain reliable performance.

Related Information

1. Material Properties and Advantages

FTO coated glass substrate 6-9 Ohm/Sq 150x150x3.2 mm stands out for its impressive relationship between optical clarity and electrical conductivity. This combination results from the fluorine-doped tin oxide layer, which grants excellent light transmission while ensuring a surface resistivity in the 6-9 Ohm/Sq range. Such a balance of properties is especially valuable in applications requiring conductive platforms that do not compromise on visual transparency, making it a popular choice for displays and touch-screen interfaces.

The durability of this substrate is further enhanced by its glass base of 3.2 mm thickness. This carefully selected thickness minimises the risk of mechanical breakage while maintaining lightness, ensuring that the substrate can be readily integrated into delicate electronic assemblies. Additionally, FTO’s chemical inertness helps protect the surface from corrosion, thus enhancing the product’s overall lifespan in various environments.

2. Applications in Advanced Industries

Integrating FTO coated glass substrate 6-9 Ohm/Sq 150x150x3.2 mm has become a streamlined approach in the development of modern photovoltaics. Its high transparency allows maximum exposure to sunlight, while the conductive properties facilitate electron flow in solar cells. The substrate’s durability and stable electrical performance align with the reliability demands of long-term solar PV installations.

Medical device manufacturers are exploring this substrate in diagnostic sensors where consistency and precision are essential. Its uniform surface resistivity ensures reproducible signal readings, while the transparent layer allows unobstructed visualisation of sample reactions. These features, coupled with structural stability, make FTO coated glass a leading choice for advanced sensor technologies and sophisticated bioelectronic devices.