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ITO Coated Conductive Glass Transparent Indium tin Oxide Conductor Material 10100.7mm Surface Resistance: <15ohmsq for Lab R&D Use 168 Slides
ITO coated glass is widely used in mobile phone screens, OLED, electrochromic devices, electromagnetic shielding, photocatalysis, solar cells, biological experiments, electrochemical experiments (electrodes), such as electrochemical polymerization (ECP) .etc
ITO Coated Conductive Glass Transparent Indium tin Oxide Conductor Material 10100.7mm Surface Resistance: <15ohmsq for Lab R&D Use 168 Slides
Item #: 60785711

ITO Coated Conductive Glass Transparent Indium tin Oxide Conductor Material 10100.7mm Surface Resistance: <15ohmsq for Lab R&D Use 168 Slides

Item #: 60785711

NAD 1764

Price Details

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ITO coated glass is widely used in mobile phone screens, OLED, electrochromic devices, electromagnetic shielding, photocatalysis, solar cells, biological experiments, electrochemical experiments (electrodes), such as electrochemical polymerization (ECP) .etc
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What Stands Out

High Conductivity
With a low resistivity of ≤15 ohm/sq, these slides ensure superior electrical performance, making them ideal for various applications in electronics and research laboratories.
Transparent Design
The transparent nature of the Indium Tin Oxide coating allows excellent light transmission, perfect for photonic applications and microscopy, enhancing visibility and analysis of samples.
Bulk Pack
Supplied in a convenient pack of 15, these glass slides offer great value, catering to high-volume research needs and experimental setups without compromising on quality or performance.

Product Details

Shop for ITO Coated Conductive Glass 10mm×20mm on Ubuy Namibia. Transparent Indium Tin Oxide Coating. Lab R&D Use. Sheet Resistance: ≤15ohmsq. 120 Pieces Available.
Package Weight1.27 Pound

Who Should Buy?

Suitable For
  • Research Laboratories

    Ideal for scientists and researchers conducting experiments requiring transparent conductive surfaces for various applications.

  • Educational Institutions

    Great for universities or schools offering courses in physics and material science needing practical demonstrations.

  • Electronics Developers

    Suitable for developers designing and testing OLEDs, touchscreens, and solar cells that require conductive substrates.

Not Suitable For
  • Casual Users

    Not ideal for hobbyists or casual users lacking the equipment or knowledge to utilize conductive glass effectively.

  • Non-Scientific Applications

    Unsuitable for general arts and crafts projects that do not require specific electronic properties of conductive glass.

  • Low-Budget Projects

    May not be cost-effective for low-budget projects where high-quality materials are unnecessary or excessive.

Product Description

ITO Coated Conductive Glass Transparent Indium tin Oxide Conductor Material 10100.7mm Surface Resistance: <15ohmsq for Lab R&D Use 168 Slides

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What are ITO coated conductive glass sheets used for?

    Answer: ITO coated conductive glass sheets are primarily utilized in laboratory research and development applications. These sheets, made from transparent indium tin oxide, exhibit excellent electrical conductivity while maintaining transparency, making them ideal for use in devices like touch screens, solar cells, and OLEDs. Additionally, they are valuable in experiments related to electronic optics and sensing technologies where both conductive and transparent properties are essential.
  • Question: What is the surface resistance of the ITO coated glass sheets?

    Answer: The ITO coated glass sheets have a surface resistance of less than or equal to 15 ohms/sq. This low surface resistance is critical for applications that require efficient conductivity while ensuring that the material retains its optical clarity. With a surface resistance this low, these sheets can effectively function in a variety of electronic applications where signal transmission and conductivity are vital.
  • Question: How thick are the ITO coated conductive glass sheets?

    Answer: The thickness of the ITO coated conductive glass sheets is 1.1 mm. This thickness offers a good balance of durability and flexibility without compromising the optical qualities needed for applications in laboratory environments. It allows the glass to be used effectively in experimental setups where both robustness and the transmission of light are important.
  • Question: Can I use ITO coated glass sheets for touch screen applications?

    Answer: Yes, ITO coated glass sheets are commonly used in touch screen applications due to their excellent conductivity and optical properties. The transparency of these sheets allows for clear display visuals while their conductive surface enables responsive touch interactions. This makes them ideal for smartphones, tablets, and interactive displays that require both visibility and functionality.
  • Question: Are these glass sheets suitable for solar cell production?

    Answer: Absolutely, ITO coated glass sheets are widely used in the manufacture of solar cells. Their conductive properties allow them to serve as transparent electrodes, enabling efficient charge collection while allowing light to pass through. This role is crucial in maximizing the efficiency of solar panels, making them a valuable material for researchers and developers in renewable energy technologies.
  • Question: Is the ITO coating on these glass sheets durable?

    Answer: Yes, the ITO coating on these glass sheets is designed to provide durability while maintaining electrical characteristics. While more prone to scratches than some other materials, when handled correctly, the coating can withstand various lab conditions. Proper storage and handling techniques will prolong the life of the coating, ensuring that it remains effective for numerous applications.
  • Question: How can I prepare the ITO coated glass sheets for experiments?

    Answer: To prepare the ITO coated glass sheets for experiments, you should start by cleaning the surface with an appropriate solvent to remove any dust or contaminants. After cleaning, it may be beneficial to coat the surface with additional materials if needed for your specific experiment. This prepping ensures optimal contact and conductivity, allowing for accurate results in applications involving sensors or electronic devices.
  • Question: What are the dimensions of the ITO coated glass sheets?

    Answer: The ITO coated glass sheets measure 20 mm x 20 mm, making them convenient for a variety of experimental setups where space is limited. Such dimensions allow for versatile use in different applications ranging from small-scale research projects to integration in larger prototypes while maintaining manageable size for testing and development purposes.
  • Question: Are these glass sheets easy to handle in a lab environment?

    Answer: Yes, the ITO coated glass sheets are designed for easy handling within a lab environment. Their robust yet lightweight structure helps facilitate various experiment setups without complicated tools. When combined with appropriate handling techniques—such as wearing gloves to minimize oil contamination—these sheets provide a reliable medium for all types of research and development activities.
  • Question: Where can I buy ITO coated conductive glass sheets in Namibia?

    Answer: You can purchase ITO coated conductive glass sheets from Ubuy in Namibia. Ubuy is a reliable online marketplace that offers a variety of scientific and laboratory products, including high-quality ITO coated glass sheets. They provide an easy shopping experience for lab supplies and ensure that you have access to the materials necessary for your research and development needs.

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