CY8623 Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm

Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm Description

Our Fluorine-doped Tin Oxide (FTO) Glass, measuring 25 × 25 × 1.1 mm, is engineered to deliver exceptional electrical conductivity while maintaining excellent optical transparency. This is achieved through precise fluorine doping, which enhances the tin oxide coating's performance and ensures uniform surface resistance. The non-porous structure offers durability, resisting temperature fluctuations as well as chemical corrosion. Consequently, you can depend on stable, long-lasting performance in demanding environments.

Manufactured under strict quality control procedures, our FTO glass meets recognised international standards and is suitable for a wide range of applications. From solar cells, electrochromic displays, and touch panels to advanced sensors and research projects, this versatile substrate offers consistent results. By combining high conductivity, clarity, and proven reliability, our FTO Glass provides a foundation for innovation in both industrial and laboratory settings.

Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm Applications

Fluorine doped Tin Oxide (FTO) Glass 25x25x1.1 mm is a transparent, conductive substrate that offers excellent electrical conductivity, high optical transmittance, and good thermal stability. This specialised glass finds widespread use in numerous civilian and industrial settings, where it enhances performance and reliability. The following sections highlight some of the product's unique advantages and specific applications in different industries.

1. Industrial Applications

·         Electronics Manufacturing: FTO glass serves as a conductive layer for displays, sensors, and circuit components in assembly lines.

·         Chemical Processing: Its thermal stability and corrosion resistance support advanced coatings and reactor windows in chemical and petrochemical plants.

2. Research Applications

·         Laboratory Equipment: FTO glass is used for electrochemical cells, microfluidic devices, and sensor prototypes due to its high conductivity and transparency.

·         Scientific Instruments: Its uniform surface facilitates precise measurements in spectroscopic and materials analysis setups.

3. Commercial Applications

·         Consumer Electronics: FTO glass functions as a transparent heating element for touchscreens and smart windows, delivering energy efficiency.

·         Solar Devices: Photovoltaic panels utilise its conductive coating for optimal light transmission and energy conversion.

Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm Packaging

Each Fluorine doped Tin Oxide (FTO) glass piece (25x25x1.1 mm) is carefully placed between foam sheets, then sealed in moisture-resistant packaging to prevent contamination. A dedicated, dust-free storage space is recommended to preserve surface uniformity. Silica gel packets are included to limit humidity exposure. Customised labeling, quantity packaging, and specialised inserts are available upon request for enhanced protection and convenience.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm FAQs

Q1: What are the key material properties of Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm?

A1: Fluorine doped Tin Oxide (FTO) glass 25x25x1.1 mm is known for its excellent conductivity, high optical transparency, and uniform doping distribution, making it ideal for various electrochemical, photovoltaic, and display applications. The FTO layer typically has a sheet resistance range of 7–15 Ω/sq, providing stable electrical performance. Additionally, it exhibits thermal and chemical stability, allowing use in high-temperature processing and harsh environments, without compromising its electrical and optical properties.

Q2: How should this product be handled and stored?

A2: FTO glass should be handled by its edges with clean, lint-free gloves to avoid fingerprints and minimise the risk of scratching the conductive layer. Store each sheet in a clean, dry environment, separated by soft, non-abrasive materials to prevent surface damage. Avoid exposure to corrosive chemicals or high humidity, as they can degrade the coating. Proper handling ensures the material's optical properties and conductivity remain stable.

Q3: Which quality standards and certifications apply to Fluorine doped Tin Oxide FTO Glass 25x25x1.1 mm?

A3: Manufacturers typically comply with ISO 9001 quality management systems to ensure consistent production and rigorous inspection processes. The raw glass substrate may meet ASTM International standards for thickness, optical clarity, and mechanical strength, while the FTO coating undergoes electrical and optical testing in accordance with industry guidelines. RoHS compliance also confirms that hazardous substances are within acceptable limits, ensuring product integrity.

Related Information

1. Manufacturing Process

Merging refined float glass production with precise fluorine doping techniques is crucial to achieving the uniform thickness and optimal electrical properties of this 25x25x1.1 mm Fluorine doped Tin Oxide (FTO) Glass. During the float process, molten glass travels over a bed of molten tin, resulting in an extremely flat and even substrate. Subsequently, a controlled atmosphere introduces fluorine into the tin oxide layer, ensuring the necessary balance between transparency and conductivity. This careful integration of doping agents secures the glass's ability to transmit visible light while maintaining a stable surface capable of withstanding mechanical stress.

In the subsequent treatment stage, carefully regulated temperature profiles finalise the electrical and optical properties. By precisely calibrating the annealing process, any residual stresses introduced during deposition are minimised, which promotes consistency in sheet resistance across the entire 25x25x1.1 mm area. Such meticulous control over the manufacturing environment also helps preserve the glass's integrity, mitigating risks of microcracks and defects. These measures ultimately lead to an FTO glass that delivers reliable performance and ensures longevity in demanding operational settings.

2. Applications in Advanced Industries

To address the stringent requirements of advanced fields, this 25x25x1.1 mm FTO Glass serves as a reliable foundation for novel optoelectronic devices. Its transparent conductive layer is utilised in photovoltaic cells, facilitating efficient electron transport without obstructing incoming light. The uniform doping process allows researchers and manufacturers to leverage consistently low sheet resistance, making the material especially suited for sensitive applications such as biosensors and high-precision display technology. Moreover, the glass's stable surface chemistry offers compatibility with various thin-film and coating processes.

Recognised for its stability and clarity, FTO glass is frequently integrated into emerging areas like flexible electronics, where maintaining structural integrity and conductivity is essential under warped conditions. Additionally, its resilience to thermal cycling and environmental stress positions it as a dependable choice for aerospace components and specialised optical systems. Whether serving as a transparent electrode in architectural smart windows or powering efficient photonic sensors, the versatility of this specific 25x25x1.1 mm FTO Glass ensures continued relevance in the most demanding industrial and research environments.