CY8662 ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm

ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm Description

This ITO (Indium Tin Oxide) coated glass substrate delivers excellent optical clarity and consistent electrical conductivity, making it ideal for a wide range of applications. With a sheet resistance of 12–15 ohms per square and a size of 25×25×1.1 mm, it provides reliable uniformity, ensuring stable performance in optoelectronic devices. The precise ITO coating adheres firmly to the glass surface, offering durability and maintaining transparency without compromising electrical properties.

From touchscreens and solar cells to research labs and R&D prototypes, this substrate meets stringent industrial and academic standards. Each piece undergoes rigorous quality control protocols to ensure minimal defects, consistent thickness, and a long operational life. By combining advanced fabrication techniques with high-quality materials, this ITO substrate remains a dependable choice for innovative electronic and optical applications.

ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm Applications

ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm offers a unique combination of high optical clarity and uniform electrical conductivity. Its low sheet resistance and excellent transparency make it ideal for a wide range of applications. From touch panel displays to solar solutions, this substrate excels in environments that demand reliable performance, precision, and durability across various industries.

1. Electronics and Semiconductor Applications

·         Application 1: Touchscreen devices, where the substrate’s transparent conductive coating ensures accurate and responsive control.

·         Application 2: LED displays, requiring uniform current distribution for consistent brightness and efficiency.

2. Medical and Healthcare Applications

·         Application 1: Sensors for patient monitoring systems, leveraging precise conductivity to detect subtle bioelectrical signals.

·         Application 2: Diagnostic equipment, such as transparent electrodes for imaging and scanning tools.

3. Energy and Industrial Applications

·         Application 1: Solar panels benefiting from the low resistivity and high transmittance for improved light absorption.

·         Application 2: Electrostatic protection on sensitive manufacturing surfaces, using the substrate’s conductive layer to safely dissipate charge.

ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm Packaging

For ultimate protection, each ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm is individually sealed in an anti-static polyethylene pouch and cushioned with foam inserts. They should be stored at a stable room temperature, shielded from moisture and dust. To prevent contamination, all handling is performed in controlled environments. Custom packaging sizes and labeling are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm FAQs

Q1: What are the key material properties of ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm?

A1: The ITO (Indium Tin Oxide) coating on this glass substrate offers high optical transparency and a sheet resistance of around 12-15 ohms per square. The 1.1 mm-thick float glass ensures structural integrity, while the uniform ITO layer provides consistent conductivity across the surface. Additionally, it delivers excellent optical clarity with a transmittance typically above 85%, making it suitable for touch panels, display systems, and other optoelectronic applications.

Q2: How should this product be handled and stored?

A2: For safe handling, operators should wear clean gloves to prevent fingerprint contamination and avoid direct contact with the ITO surface. The substrate must be kept in a clean, dust-free environment to reduce scratches and protect its conductive layer. Ideally, maintain moderate humidity and temperature conditions, and keep the glass in an anti-static, cushioned container to avoid electrostatic discharge and physical damage during transport and storage.

Q3: Which quality standards and certifications apply to ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm?

A3: Manufacturers typically adhere to ISO 9001 for quality management systems and may also comply with RoHS and REACH directives to meet environmental and safety requirements. The conductive performance is generally tested using standards like ASTM for sheet resistance and reliability checks. Additionally, optical properties follow established industry guidelines for transmittance and haze. Always request documentation from the supplier to confirm specific compliance and performance certifications for your application.

Related Information

1. Material Properties and Advantages

Tailored to deliver consistent performance, the ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm demonstrates a refined balance of electrical conductivity and optical clarity. This precise coating thickness ensures stable sheet resistance, making it ideal for applications that require both accurate signal transmission and high light transmittance. In addition, its 1.1 mm thickness provides sufficient structural integrity without compromising the overall design, allowing integration into sensitive devices that demand slim profiles.

Utilising advanced deposition techniques, the transparent conductive layer adheres firmly to the substrate’s surface to maintain a uniform resistance range. This dependable coating allows for efficient thermal handling, minimising the risk of performance loss at elevated operating temperatures. Durability is also enhanced through careful substrate preparation, resulting in a product suited for rigorous testing conditions where prolonged functionality is critical.

2. Applications in Advanced Industries

Applied broadly in advancing fields, the ITO Coated Glass Substrate 12-15 Ohm/Sq 25x25x1.1 mm is commonly chosen for interactive touch displays and sensor arrays. The reliable low-resistance coating facilitates swift response times in capacitive touchscreens, boosting accuracy and sensibility for modern interface devices. In biotechnology laboratories, these substrates can also serve as crucial elements for optical detection systems, where reproducible measurements are essential for complex analysis.

Engineered to support progressive design concepts, this substrate has become a mainstay in flexible electronics and organic light-emitting diode (OLED) panels. Engineers leverage its conductivity and transparency to push boundaries in wearable devices and advanced display technologies, ensuring optimal performance and user satisfaction. By providing stable electrical conduction and clear visuals, it continues to foster advancements across numerous scientific and commercial areas.