Durable Ultra Clear Borosilicate Glass Lens For Tunnel Lighting
Material: - Borosilicate Glass: This material is known for its high
resistance to thermal shock, making it ideal for environments with
significant temperature fluctuations, such as tunnels and
underpasses. It also boasts excellent chemical stability, ensuring
long-lasting performance even in harsh conditions.
Property: - Ultra Clear: The lens is designed to be ultra-clear, allowing for
maximum light transmission and minimizing any distortion or loss of
brightness. This ensures that the light emitted is bright, even,
and consistent, providing optimal illumination for tunnel and
underpass environments.
- Durable: The borosilicate glass material is highly resistant to
impact, scratches, and other forms of damage, ensuring the lens
remains intact and functional even in high-traffic areas.
Function: - Light Distribution: The prismatic design of the lens helps to
evenly distribute light across the tunnel or underpass, eliminating
dark spots and ensuring a safe and well-lit environment for drivers
and pedestrians.
- Energy Efficiency: The lens is designed to maximize the
efficiency of the lighting system, reducing energy consumption and
lowering operational costs.
Application: - Tunnel Lighting: The Ultra Clear Borosilicate Glass Lens is
perfect for illuminating tunnels, providing bright and even
lighting that enhances safety and visibility for all users.
- Underpass Lighting: It is also an ideal choice for underpass
lighting, ensuring that these areas are well-lit and safe for both
vehicular and pedestrian traffic.
In summary, the Ultra Clear Borosilicate Glass Lens is a versatile and durable lighting solution that offers
exceptional performance in tunnel and underpass environments. Its
high-quality material, ultra-clear design, and efficient light
distribution make it an ideal choice for enhancing safety and
visibility in these critical areas.
| Item | Glass lens, Glass shade, Glass cover | | 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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