Street light lenses made from high borosilicate glass are gradually becoming the preferred choice in high-end outdoor lighting due to their superior physicochemical stability.
As a key component in an optical system, the surface smoothness of a glass lens directly determines the transmission, reflection, and image quality of light.
The refractive index, as a key optical parameter of the lens material, determines the degree of deflection of light when it enters the lens from the air.
Street light lenses made of borosilicate glass, with their superior optical properties and physical stability, are gradually replacing traditional plastic lenses and becoming a key component in efficient and energy-saving lighting solutions for smart citi
Precision optical glass lenses, particularly high-performance lenses based on borosilicate glass, play an irreplaceable role in improving the penetration of road lighting due to their superior optical properties and environmental adaptability.
Due to its extremely low thermal expansion coefficient, borosilicate glass effectively suppresses the accumulation of thermal stress in street light lenses under frequent temperature changes due to its material nature.