Quartz Coverslip
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Price:
Negotiable
- minimum:
- Total supply:
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Delivery term:
The date of payment from buyers deliver within days
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seat:
Beijing
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Validity to:
Long-term effective
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Last update:
2023-07-06 13:20
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Browse the number:
500
Company Profile
By certification [File Integrity]
Contact：kangshengboli(Mr.)
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Telephone：
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Area：Beijing
Address：Beijing
Website：http://www.konshen-glass.com/ http://kangshengboli.wenju114.com/
Product Details
Quartz coverslips are also highly resistant to temperature changes and chemical corrosion, making them suitable for use in harsh laboratory environments. They are often used in applications where other types of coverslips, such as glass, would be easily damaged or degraded.
The advantages of using quartz coverslips include:
Exceptional Optical Clarity: Quartz has superior optical clarity, allowing for accurate and detailed observations in microscopy and imaging applications.
High Temperature Resistance: Quartz coverslips can withstand high temperatures, making them suitable for applications involving heat, such as live cell imaging or thermal studies.
Low Autofluorescence: Quartz exhibits minimal autofluorescence, reducing background noise and improving the signal-to-noise ratio in fluorescence imaging.
Chemical Resistance: Quartz coverslips are generally resistant to acids and bases, making them suitable for a variety of chemical environments.
Precision and Accuracy: The consistent optical properties of quartz contribute to precise and accurate imaging results.
Compatibility with Various Techniques: Quartz coverslips work well with a range of imaging techniques, including brightfield, fluorescence, and confocal microscopy.
Minimal Thermal Expansion: Quartz has low thermal expansion, reducing distortions caused by temperature changes during imaging processes.
Longevity and Reusability: Quartz coverslips are durable and can be cleaned and reused, making them cost-effective over time.
Suitable for Demanding Applications: Due to its unique properties, quartz coverslips are well-suited for applications requiring high-quality optics and minimal interference from the coverslip material.
Enhanced Research Quality: Using quartz coverslips can lead to more accurate and reliable research outcomes due to their optical excellence and stability.
In summary, the advantages of quartz coverslips make them an excellent choice for applications that demand precision, accuracy, and optimal optical performance in scientific and microscopy studies.
Application
Quartz coverslips are suitable for a wide range of scientific and microscopy applications, including:
Fluorescence Microscopy: The low autofluorescence of quartz makes it ideal for fluorescence imaging, where minimizing background noise is crucial.
Confocal Microscopy: Quartz's optical clarity and minimal light scattering properties contribute to improved confocal imaging results.
High-Resolution Microscopy: Quartz coverslips enhance the quality of high-resolution imaging techniques like super-resolution microscopy.
Live Cell Imaging: The high temperature resistance of quartz makes it suitable for imaging live cells under controlled temperature conditions.
Spectroscopy: Quartz coverslips are used in UV-visible and infrared spectroscopy due to their transparency over a wide range of wavelengths.
Raman Spectroscopy: The low autofluorescence of quartz is beneficial for Raman spectroscopy, which requires accurate detection of weak signals.
Cell Culture and Tissue Studies: Quartz coverslips are used for cell and tissue imaging and analysis in both research and clinical settings.
Materials Science: Quartz coverslips are employed to study materials' physical and chemical properties under various conditions.
Environmental Monitoring: Quartz coverslips are used in environmental monitoring to analyze particulate matter and pollutants.
Biomedical Research: From examining cellular structures to studying molecular interactions, quartz coverslips contribute to various biomedical research fields.
Quality Control and Manufacturing: Quartz coverslips are used for quality control of optical components and precision manufacturing processes.
Mineralogy and Geology: Quartz coverslips aid in the study of minerals and geological samples under high magnification.
In essence, quartz coverslips find applications in fields that require precise, accurate, and high-quality imaging and analysis, thanks to their exceptional optical properties and resistance to various conditions.
Company Profile
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1. What is a quartz coverslip?
A quartz coverslip is a thin, transparent piece of quartz material often used in microscopy and scientific applications to cover specimens on slides. It provides protection and helps maintain the integrity of samples.
2. How is quartz different from glass coverslips?
Quartz coverslips are made from quartz material, which has unique optical and thermal properties compared to traditional glass coverslips. Quartz offers exceptional clarity, high temperature resistance, and minimal fluorescence.
3. What are the advantages of using quartz coverslips?
Quartz coverslips offer superior optical clarity, resistance to high temperatures, and low autofluorescence, making them ideal for applications requiring precision and accuracy in microscopy and imaging.
4. Can quartz coverslips be used with various imaging techniques?
Yes, quartz coverslips are compatible with a wide range of imaging techniques, including brightfield, fluorescence, confocal microscopy, and high-resolution imaging methods.
5. Are quartz coverslips chemically resistant?
Quartz coverslips are generally chemically resistant to most acids and bases. However, compatibility with specific chemicals should be confirmed based on the application.
6. What sizes are available for quartz coverslips?
Quartz coverslips are available in various sizes, can be customized.
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