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FTO conductive glass: The fluorine doped tin oxide (FTO) coated glass slides ,soda lime glass substrates coated with FTO, is a transparent conductive material. After being doped with fluorine, the SnO2/F film has the advantages of good light transmittance to visible light, large ultraviolet absorption coefficient, low resistivity, stable chemical properties, and strong resistance to acid and alkali at room temperature.
FTO Conductive Glass Transparent Fluorine-doped Tin Oxide 2020mm SnO2:F Coated for Lab R&D Resistance 6~8 ohm/sq (20 Slices)
€ 59
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FTO conductive glass: The fluorine doped tin oxide (FTO) coated glass slides ,soda lime glass substrates coated with FTO, is a transparent conductive material. After being doped with fluorine, the SnO2/F film has the advantages of good light transmittance to visible light, large ultraviolet absorption coefficient, low resistivity, stable chemical properties, and strong resistance to acid and alkali at room temperature.
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Product Details
| Package Weight | 2.53 Pound |
Who Should Buy?
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Research Laboratories
Ideal for laboratories conducting experiments involving thin films and optoelectronic devices requiring conductive substrates.
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Educational Institutions
Suitable for educational purposes in physics or material science classes, providing hands-on materials for student projects.
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Electronics Prototyping
Perfect for developers prototyping new electronic devices needing transparent conductive materials for touchscreens or sensors.
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Non-technical Users
Not suitable for individuals without technical background or specific knowledge in material science or electronics.
Product Description
FTO Conductive Glass Transparent Fluorine-doped Tin Oxide 2020mm SnO2:F Coated for Lab R&D Resistance 6~8 ohm/sq (20 Slices)
Customer Questions & Answers
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Question:
What is FTO conductive glass and what are its primary applications?
Answer: FTO conductive glass, or fluorine-doped tin oxide glass, is a transparent conducting oxide used primarily in applications such as solar cells, sensors, and various optoelectronic devices. Its high level of conductivity combined with optical transparency makes it ideal for lab research and development, especially in photovoltaic devices, liquid crystal displays, and other electronic applications. Researchers often use this type of glass for creating transparent electrodes, which is critical in the development of next-generation electronic components. -
Question:
What is the resistance range of the FTO conductive glass slices provided?
Answer: The FTO conductive glass slices you are considering have a resistance in the range of 6 to 8 ohm/sq. This low resistance level ensures excellent electrical conductivity, making it suitable for applications requiring efficient charge transport. In functional devices like photovoltaic cells or sensors, maintaining a lower resistance is crucial as it facilitates better performance and energy efficiency in electrical systems, enhancing overall performance metrics. -
Question:
How should FTO conductive glass be handled to prevent damage?
Answer: To prevent damage to FTO conductive glass, handle it with care using suitable gloves to avoid contamination from oils or residues from fingerprints. It's also advisable to place the glass on soft surfaces to minimize risk of scratches or fractures. Proper cleaning with appropriate solvents can ensure that the glass retains its optimal conductive properties, making it ideal for sensitive lab experiments, where even slight imperfections can impact results. -
Question:
Is FTO conductive glass suitable for high-temperature applications?
Answer: FTO conductive glass can withstand relatively high temperatures, making it suitable for many lab applications, but users must check specific thermal limits provided by the manufacturer for their type of glass. In experiments involving processes such as thin-film deposition or solar cell fabrication, maintaining thermal stability is essential. Opting for FTO glass can lead to successful results in applications where temperature conditions vary significantly, thus broadening its usability in advanced research settings. -
Question:
Can FTO conductive glass be coated or treated further?
Answer: Yes, FTO conductive glass can be further coated or treated to enhance its properties depending on specific application requirements. Techniques such as chemical vapor deposition or sputtering can be applied for creating additional layers to improve functionality. This enables the fabrication of multifunctional devices, such as sensors with enhanced sensitivity or solar cells with improved light absorption capabilities, broadening the experimental potential for R&D projects. -
Question:
What are the dimensions of the FTO conductive glass slices?
Answer: The dimensions of the FTO conductive glass slices are 20mm by 20mm, making them compact enough for a variety of lab applications while providing sufficient surface area for effective experimentation. These dimensions make the slices ideal for testing in small-scale prototypes or in academic settings where space optimization is critical. They can be easily integrated into a variety of setups, from sensor devices to electronic circuits, without taking up excessive room. -
Question:
How do I ensure the quality of FTO conductive glass slices?
Answer: To ensure the quality of FTO conductive glass slices, purchase from reputable suppliers who conduct thorough quality checks and provide specifications like resistance levels and coating uniformity. Additionally, performing tests like sheet resistance measurements and surface morphological examinations can help assess the quality of the glass. Utilizing high-grade glass is paramount in research scenarios, as any inconsistencies can lead to compromised experimental validity. -
Question:
What are the benefits of using FTO over other conductive materials?
Answer: FTO offers several advantages over other conductive materials, such as being both optically transparent and electrically conductive, which is crucial for many applications, including solar cells and touch screens. Its excellent stability and resistance to environmental factors further enhance its utility in research. Researchers and developers prefer FTO due to its versatility in various applications, enabling them to innovate with enhanced components in electronics and photonics. -
Question:
Can I use FTO conductive glass in combination with other materials?
Answer: Yes, FTO conductive glass can be effectively combined with a range of materials such as organic semiconductors and metal oxides for advanced applications. This compatibility allows for the development of hybrid devices, stemming from its transparency and conductivity. Engaging in such combinations can lead to innovative designs in photonic devices, sensors, and energy-harvesting solutions, making it a favorite among researchers seeking multifunctional platforms. -
Question:
Where can I buy FTO Conductive Glass Transparent Fluorine-doped Tin Oxide in Malta?
Answer: You can buy FTO Conductive Glass Transparent Fluorine-doped Tin Oxide from Ubuy in Malta. Ubuy offers a variety of sizes and specifications to meet your lab R&D needs while ensuring high-quality standards. Their platform is user-friendly, making it easier to locate the specific type of conductive glass you require for your projects. This ensures you have seamless access to essential materials necessary for your innovative work in research and development.
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€ 59
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Features & Benefits
- Fluorine doped tin oxide coated glass slides for lab R&D conductivity
- Good light transmittance to visible light and large ultraviolet absorption coefficient
- Low resistivity and stable chemical properties
- Strong resistance to acid and alkali at room temperature
- Size: 20mm×20mm, Thickness: 2.2mm
- Sheet resistance: 6~8ohm/sq, High temperature resistance: 500℃, Light transmittance: >84%
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