Lighting tempered glass maintains optical clarity and structural safety in high-temperature environments thanks to its high-strength tempered structure, high-quality raw materials, sophisticated processing, advanced surface treatment technology, and rigor
Improving the edge strength of lighting tempered glass must be carried out throughout the entire process of design, processing, and testing.
Slotted one-piece diving lenses, with their innovative structural design and optimized optical performance, successfully address the challenge of visual stability in dynamic environments, making them an ideal choice for professional divers and water sport
In modern lighting systems, the heat generated by prolonged operation of lighting fixtures has become a critical factor affecting component performance and lifespan, especially for components directly exposed to the light source, such as lamp shades.
In the world of underwater exploration, diving goggles are not only the window to the underwater world, but also a crucial piece of equipment that directly impacts the diving experience.
The uniformity of surface stress distribution of lighting tempered glass is the core indicator that determines its mechanical strength, impact resistance and safety.