CY8677 ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm

ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm Description

Experience outstanding conductivity paired with exceptional optical clarity with our ITO Coated Glass Substrate, measuring 10 × 10 × 1.1 mm and offering a surface resistance of 7–10 Ω/sq. The indium tin oxide coating ensures uniform conductivity, enabling high-precision electrical performance integral for advanced display technologies, solar cells, and sensor applications. In addition, the substrate’s glass foundation delivers stability and durability, supporting repeated usage in demanding research and industrial settings.

Each ITO Coated Glass Substrate undergoes rigorous quality assurance checks to maintain consistent film thickness, smoothness, and optical transmission. Our production processes help reduce surface defects, guaranteeing accurate results for both prototyping and large-scale manufacturing. By choosing this reliable, high-quality substrate, you gain a dependable component tailored for precise measurement, innovative experimentation, and effective device integration.

ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm Applications

ITO Coated Glass Substrate with a surface resistivity of 7-10 ohms/sq offers a blend of transparency and electrical conductivity. This specialised glass is suitable for applications that demand precise, stable operation in various environments. By combining reliable conductivity and high optical clarity, it supports advanced technologies and enables innovative designs. Below are some significant ways this product’s unique properties can be utilised.

1. Industrial Applications

·         Precise sensor interfaces for automated manufacturing processes, ensuring stable electrical contact and high optical transmission

·         Durable touch panels for chemical processing equipment, providing reliable control in harsh environments

2. Research and Scientific Instruments

·         High-sensitivity photodetector assemblies in laboratory equipment, benefiting from minimal signal interference

·         Transparent electrode layers for prototype development, enabling precise conductivity measurements

3. Commercial and Consumer Products

·         Interactive touch displays in kiosks and retail POS systems, ensuring smooth user experiences

·         Lightweight, transparent conductive elements in automotive dashboards, improving aesthetics and functionality

ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm Packaging

Each ITO Coated Glass Substrate 7-10 ohm/sq, measuring 10x10x1.1 mm, is carefully packaged with bubble wrap and vacuum-sealed in an antistatic pouch to prevent scratches and contamination. They should be stored at moderate temperature and humidity, away from direct sunlight. Clean, dust-free handling areas are recommended to reduce particle deposition. Additional customisation, such as labelling or stacking configurations, can be arranged based on user requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm FAQs

Q1: What are the key material properties of ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm?

A1: The indium tin oxide (ITO) layer provides a surface resistivity of 7-10 ohms per square, ensuring an optimal balance between electrical conductivity and optical transparency. The glass substrate, measuring 10x10 mm and 1.1 mm thick, offers high mechanical stability and uniform thickness for precise performance. Additionally, the smooth ITO coating facilitates consistent conductivity across the surface, making it suitable for advanced optoelectronic and display applications.

Q2: How should this product be handled and stored?

A2: Handle the substrate with clean gloves in a controlled, dust-free environment to avoid scratches and contaminants on the conductive surface. Store it flat in an antistatic container, ensuring minimal vibration or impact to preserve integrity. Keep humidity and temperature within recommended limits (e.g., 40-60% relative humidity and 20-25°C) to prevent surface oxidation and maintain the substrate’s electrical and optical properties over time.

Q3: Which quality standards and certifications apply to ITO Coated Glass Substrate 7-10 Ohm/Sq 10x10x1.1 mm?

A3: Common industry standards such as ISO 9001 for quality management and RoHS compliance for hazardous substance restrictions typically guide the production and testing of ITO coated glass substrates. Manufacturers often follow strict in-house quality protocols to verify sheet resistance, optical clarity, and adherence performance. These measures ensure consistency, traceability, and reliability of the final product, making it suitable for precise industrial applications.

Related Information

1. Manufacturing Process

Because ITO requires precise vacuum deposition onto the glass substrate, sputtering is typically employed to create a uniformly conductive layer. During sputtering, a target composed of indium tin oxide is bombarded by high-energy particles, causing ITO atoms to deposit on the 10x10x1.1 mm glass surface. This controlled technique ensures the resulting coating has a sheet resistance of approximately 7-10 ohms per square, providing optimal conductivity for a variety of commercial display technologies.

Optimising temperature and pressure conditions plays a critical role in achieving consistent layer thickness and adhesion. Comprehensive monitoring of these parameters helps establish a durable interface between the ITO layer and the substrate. This results in notable optical clarity, making the finished product suitable for highly transparent device components used in advanced display panels, sensors, and interactive systems.

2. Applications in Advanced Industries

Flexible electronics manufacturers leverage these ITO-coated glass substrates to develop prototypes for innovative concepts such as foldable screens and bendable sensor arrays. Their controlled sheet resistance and reliable transparency make them an ideal choice for precision electronics, where accurate signal transfer and low power consumption are paramount. As a result, these substrates can significantly enhance product lifespans and performance in next-generation display applications.

Touchscreen devices found in various sectors, including healthcare and instrumentation, benefit from the conducting layer. Medical monitors and diagnostic tools rely on these substrates for rapid response times and superior clarity. By integrating the 7-10 ohms per square rating into their designs, electronics engineers can ensure that interactive displays remain both highly responsive and durable for prolonged operation.