Durable Borosilicate Glass Bi Convex Lens For Optical Imaging
Material: - Borosilicate Glass: This high-quality material is renowned for
its exceptional resistance to thermal shock, low coefficient of
thermal expansion, and high chemical resistance. Borosilicate glass
is an ideal choice for scientific research applications due to its
ability to maintain optical properties even under extreme
conditions.
Properties: - Heat Shock Resistance: The lens is designed to withstand rapid
changes in temperature without cracking or breaking, making it
suitable for use in high-temperature environments.
- Optical Clarity: The bi-convex shape of the lens ensures high
transparency and low distortion, providing crisp, clear images and
maximizing the accuracy of scientific observations.
- Chemical Resistance: Borosilicate glass is highly resistant to
chemicals, ensuring the lens remains free from corrosion and
maintains its optical properties over time.
- Mechanical Strength: The lens is durable and can withstand
mechanical stress, making it suitable for use in rigorous
scientific research applications.
Function: - Focusing Light: The bi-convex shape of the lens allows it to
focus light to a precise point, making it an essential tool for
various scientific research applications.
- Magnification: The lens can be used to magnify small objects or
samples, allowing for detailed observation and analysis.
- Optical Analysis: The lens is suitable for a wide range of
optical analysis techniques, such as spectroscopy, interferometry,
and imaging.
Application: - Scientific Research: The resisting heat shock borosilicate
bi-convex lens is perfect for a wide range of scientific research
applications, including:
- Microscopy: Used in microscopes to magnify and focus on small
samples, allowing for detailed observation and analysis.
- Laser Systems: Employed in laser systems to focus the laser beam
to a precise point, enabling accurate and precise laser cutting,
welding, or drilling.
- Spectroscopy: Used in spectroscopy to analyze the properties of
light emitted, absorbed, or scattered by a sample, providing
valuable information about its composition and structure.
- Optical Imaging: Utilized in optical imaging systems to capture
high-resolution images of samples, enabling detailed analysis and
documentation.
In summary, the resisting heat shock borosilicate bi-convex lens is a specialized component that offers exceptional optical
clarity, durability, and heat shock resistance, making it an ideal
choice for scientific research applications. Its unique combination
of material properties, precision manufacturing, and specific
applications make it an indispensable tool for researchers in
various fields. Whether used in microscopy, laser systems,
spectroscopy, or optical imaging, this lens helps to advance
scientific knowledge and understanding by providing accurate,
reliable, and high-quality optical performance.
| Item | Bi convex lens | | Material | Borosilicate glass | | Diameter Tolerance | +0/-0.5 mm | | Thickness Tolerance | +/-0.2 mm | | Processed | By Molding and Polishing | | Working temperature | Resisting high temperature shock | | Surface Quality | Clear and smooth | | Transmission | Around 90% for visible light | | Tempering | Available | | Usage | Lighting system and Optics etc. |
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