CY8644 ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm

ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm Description

This premium Indium Tin Oxide (ITO) Coated Glass Substrate provides a surface resistivity of 100 Ω/sq while measuring 100 x 100 mm with a 0.7 mm thickness. Engineered for exceptional transparency and reliable conductivity, it is ideal for demanding applications in fields such as display panels, touch screens, photovoltaic cells, and sensors. Each substrate undergoes stringent manufacturing protocols to ensure uniform coating, optimised conductivity, and excellent surface flatness, contributing to performance in research and product development.

Rigorously tested to meet industry standards, this ITO-coated glass delivers stable electrical characteristics, high optical clarity, and robust durability. The 0.7 mm glass thickness allows for solid structural integrity while maintaining high transmission efficiency. Whether integrated into prototyping or volume production, our substrate guarantees consistent quality, reliability, and versatility in demanding environments.

ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm Applications

ITO Coated Glass Substrate 100 Ohm/Sq (100x100x0.7 mm) is a versatile, high-performance material with exceptional optical clarity and uniform conductivity. Ideal for precise electronic applications, it delivers low sheet resistance and reliable transparency. The stable and robust coating on these substrates ensures consistent performance over extended periods. Below are some key areas where this product finds effective usage.

1. Industrial Applications

·        Sensor Panels: Its transparent conductive surface makes it suitable for touch sensors and control panels used in chemical processing and petrochemical facilities.

·        Display Modules: The consistent sheet resistance supports precision manufacturing of displays for advanced production equipment and automotive instrumentation.

2. Research Applications

·        Experimental Prototyping: The uniform ITO layer aids in developing novel electronic components and thin-film devices for academic and corporate R&D labs.

·        Photovoltaic Investigations: Its stable conductive properties enable reliable testing and optimisation of renewable energy solutions, such as solar cell prototypes.

3. Commercial Applications

·        Consumer Electronics: The high transparency and low electrical resistance are beneficial for devices requiring responsive touchscreens and interactive displays.

·        Wearable Technology: The thin, flexible nature of the glass substrate enables compact and lightweight designs for health-monitoring and lifestyle-oriented wearables.

ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm Packaging

Each ITO Coated Glass Substrate is individually sealed in a static-free protective pouch, cushioned by foam liners to prevent damage. They should be stored in a clean, low-humidity environment away from direct sunlight to minimise contamination and ensure optimal performance. Optional vacuum sealing is available for additional protection, while custom sizing and labeling can be added to meet specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm FAQs

Q1: What are the key material properties of ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm?

A1: This substrate features an Indium Tin Oxide film deposited onto a soda-lime or borosilicate glass base, delivering a sheet resistance of 100 ohms/sq. It typically offers high optical transmittance (over 80% in the visible range), excellent surface uniformity, and robust adhesion of the ITO layer. Its 0.7 mm thickness provides mechanical stability, and the transparent conductive coating enables efficient current flow for applications in displays, touch panels, and sensors.

Q2: How should this product be handled and stored?

A2: Always handle the ITO-coated substrate with clean gloves and avoid direct contact with the coated surface to prevent fingerprints or scratches. Store it in a low-humidity environment, ideally in closed antistatic bags or cleanroom packaging. Keep it away from direct sunlight and extreme temperatures to preserve the conductivity and optical properties. Handle with care to avoid chipping the edges or damaging the coating integrity.

Q3: Which quality standards and certifications apply to ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm?

A3: These substrates are commonly manufactured under ISO 9001 quality management systems, ensuring consistent production and rigorous testing protocols. They may also comply with RoHS directives to limit hazardous substances. Additionally, advanced optical and electrical inspection methods confirm uniform coating deposition and precise sheet resistance. Documentation typically includes a certificate of conformance and testing data, verifying compliance with industry and international standards.

Related Information

1. Material Properties and Advantages

Suitable for specialised electronic and optoelectronic projects, the ITO Coated Glass Substrate 100 Ohm/Sq 100x100x0.7 mm features a carefully formulated Indium Tin Oxide layer that delivers impressive electrical conductivity while maintaining superior optical clarity. Users benefit from a balanced sheet resistance value of 100 ohms per square, optimising performance for applications where precise current control and minimal signal interference are essential. The 0.7 mm thickness also offers mechanical stability, reducing the risk of damage during handling and integration into various systems.

Furthermore, the transparent conductive nature of the ITO coating makes this substrate particularly advantageous for advanced display technologies such as LCDs, touchscreens, and OLED panels. Its smooth surface finish ensures uniform electrical properties, which is critical for achieving accurate sensing or consistent image quality. This combination of transparency, conductivity, and durability enables the substrate to excel in high-demand environments that require reliable electrical efficiency and long operational lifespan.

2. Manufacturing Process

Precision sputtering techniques are commonly employed to deposit the Indium Tin Oxide onto the glass substrate, ensuring a uniform and tightly controlled layer that meets strict electrical resistance guidelines. By regulating factors such as deposition rate, vacuum pressure, and temperature, producers can achieve the 100 ohms per square target and maintain consistent product quality across large production volumes. The 100x100 mm dimensions are then cut and polished to create smooth edges and a pristine surface.

Careful inspection and post-deposition treatments are integral to stabilising the thin ITO film. These may include a thermal annealing process to optimise both adhesion and electrical performance. Once the substrate undergoes these steps, it is meticulously packaged to protect against moisture, dust, and other contaminants before being shipped to manufacturers in industries like photovoltaics, sensor technology, and industrial control systems.