CY8596 FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm

FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm Description

This FTO (Fluorine-Doped Tin Oxide) coated glass substrate provides a reliable and uniform conductive surface with a sheet resistance of 13–15 ohms per square. Measuring 10 × 10 × 0.7 mm, it offers an appropriate balance between conductivity and transparency, making it suitable for various optoelectronic applications. The high optical transmittance ensures that incident light can efficiently reach underlying layers, while its strong bonding characteristics deliver excellent mechanical stability and resistance to chemical degradation.

The precise manufacturing process adheres to strict quality standards, ensuring a smooth, defect-free surface to promote reliable device performance. It is particularly beneficial in research and development settings for applications such as thin-film photovoltaics, electrochromic devices, and sensors. This substrate’s consistent conductivity and temperature tolerance make it a versatile and durable solution for advanced electronics and energy-conversion systems.

FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm Applications

FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm is an innovative and adaptable surface that offers superior electrical conductance, thermal stability, and optical clarity. With its distinctive combination of properties, it is used in various civilian and commercial industries. The substrate’s low sheet resistance and transparent coating enable reliable performance in advanced electronics, clean energy systems, and precise research instruments, providing new insights and possibilities.

1. Electronics and Semiconductor Applications

·         Application 1: Transparent conductive layer for display panels and touchscreens, ensuring both high clarity and low sheet resistance.

·         Application 2: Conductive base for sensor arrays, delivering stable electric signals and excellent device responsiveness.

2. Medical and Analytical Instruments

·         Application 1: Platform for biosensors, where a clear and conductive surface enhances accurate medical diagnostics.

·         Application 2: Thin and transparent electrode in lab-on-a-chip devices, improving detection sensitivity and throughput.

3. Energy and Sustainable Technologies

·         Application 1: Front electrode in solar cells, utilising the low resistivity for enhanced energy conversion efficiency.

·         Application 2: Transparent conductive glazing for energy-efficient windows, allowing light transmission while minimising heat loss.

FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm Packaging

Each FTO coated glass substrate is individually wrapped in anti-static plastic film and cushioned with foam inserts within sturdy cardboard packaging. For optimal storage, keep the substrates in a low-humidity, dust-free environment. Clean gloves and sealed containers prevent contamination, preserving surface conductivity and clarity. Custom labelling, alternative substrate thicknesses, and tailor-made dimensions are available for specific research or manufacturing needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm FAQs

Q1: What are the key material properties of FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm?

A1: FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm features a fluorine-doped tin oxide layer with high conductivity and uniform surface resistivity ranging from 13 to 15 ohms per square. The glass is typically a soda-lime substrate with good thermal stability, and the 0.7 mm thickness provides straightforward handling. The coating ensures excellent optical transmittance, making it suitable for photovoltaic, electrochromic, and various optoelectronic applications while maintaining reliable electrical performance.

Q2: How should this product be handled and stored?

A2: Due to the conductive FTO layer, handling should be carried out with clean gloves to prevent fingerprints, debris, or scratches that could compromise performance. Store the substrates in a dry, dust-free environment at stable ambient temperatures to minimise moisture absorption. It is advisable to keep each piece separated by soft, non-abrasive material. Avoid exposure to strong chemicals or sudden temperature changes that might degrade the FTO coating.

Q3: Which quality standards and certifications apply to FTO Coated Glass Substrate 13-15 Ohm/Sq 10x10x0.7 mm?

A3: These FTO Coated Glass Substrates typically meet ISO 9001 standards for manufacturing quality, ensuring consistent reliability in surface resistivity and optical clarity. Many suppliers also comply with RoHS and REACH requirements, certifying that the glass and conductive coating contain no hazardous substances exceeding legal thresholds. Rigorous internal testing verifies uniform conductivity, adhesion strength, and dimensional accuracy. This alignment with international standards helps guarantee dependable performance for research, production, and commercial applications.

Related Information

1. Material Properties and Advantages

Fluorine-doped tin oxide (FTO) coated glass with a resistance range of 13-15 Ohm/Sq combines high electrical conductivity with good optical transmittance. Designed at a compact 10x10x0.7 mm dimension, this substrate enables uniform power distribution across its surface, making it a reliable choice for ambient light-sensitive devices. Its thin profile ensures minimal interference in applications that depend on precise optical paths while retaining the consistent conductivity essential for integral circuit behaviour.

This substrate is remarkably resistant to thermal and chemical stress, further broadening its range of uses in complex environments. Its capacity to maintain a stable conductive layer, even under elevated temperatures, demonstrates a resilience that other conductive materials often struggle to achieve. The consistency of the FTO coating also supports high repeatability in industrial processes, making it an ideal option for research facilities that require precise and reproducible outcomes.

2. Applications in Advanced Industries

Wide adoption of FTO coated glass substrates in advanced fields, such as photovoltaics and sensor technologies, underscores their significance in modern research and development. Their balanced combination of transparency and conductivity enables efficient carrier transport and near-direct interaction with incident light, which is crucial for optimising solar panels and integrated optical sensors. Laboratories and high-tech manufacturers benefit from these substrates’ uniform electrical properties, helping drive the design of more sensitive instrumentation.

New advances in flexible electronics and integrated display systems also consider FTO coatings for effective performance in compact assemblies. Whether mounted within microelectromechanical systems or applied as electrode layers in smart windows, these substrates’ temperature stability and uniform resistance assist in addressing the rigorous demands of emerging technologies. Consequently, their role in advanced industries continues to grow, reflecting long-standing confidence in their reliability and functionality.