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.
At the intersection of light and shadow art and modern architecture, lighting tempered glass, with its pure, transparent texture and indestructible interior, has become a key element that illuminates spaces and defines aesthetics.
After the glass is packed in the box, it needs to be fixed to the bottom of the box with straps or pressure-sensitive tape to prevent it from shifting when the vehicle is bumpy.
The edge sealing structure of one-piece diving lenses must adapt to different face shapes and prevent water from entering. This primarily depends on the elasticity and fit characteristics of the sealing material.