Durable Borosilicate Glass LED Lighting Led Lens Resisting Hight
Temperature - Material: The lenses are made from Borosilicate Glass, which is known for
its excellent resistance to high temperatures and thermal shock.
This material ensures that the lenses can withstand extreme
temperatures and rapid changes in temperature without cracking or
breaking, providing long-lasting performance.
- Quality: The lenses are crafted with high-quality materials and precision
manufacturing techniques, ensuring a product that is built to last
and perform well under a variety of conditions. The
high-temperature resistance of the lenses ensures that they can
withstand the intense heat generated by LED lighting, providing
reliable and consistent performance.
- Function: The primary function of the lenses is to focus and direct the
light output of LED lights, providing bright and efficient
illumination in high-temperature environments. The high-temperature
resistance of the lenses ensures that they can withstand the
intense heat generated by LED lighting, maintaining their
performance and providing reliable illumination.
- Usage: These lenses are commonly used in high-temperature environments,
such as industrial settings, outdoor lighting, and automotive
lighting. They are designed to provide bright and efficient
illumination in areas where high temperatures and thermal shock are
common, making them an essential component for any lighting system
in these environments.
- In summary, Durable Borosilicate Glass LED Lighting Led Lenses are a durable and reliable lighting solution for high-temperature
environments. The lenses are crafted with precision manufacturing
techniques and high-quality materials, ensuring a product that is
built to last and perform well. They are commonly used in
high-temperature environments and are an essential component for
any lighting system in these environments.
Name | glass lens or glass cover | Material | Pyrex, borosilicate glass 3.3 | Diameter Tolerance | +0/-0.2 mm | Thickness Tolerance | +/-0.2 mm | Processed | by molding, grinding, polishing | Working temperature | resisting high temperature shock | Surface Quality | Optical grade | Material Quality | no scratches and air bubble | Transmission | above 90% | Chamfer | 0.1-0.3 mm x 45 degree | Surface Coating | Available | Usage | Lighting system |
|