As a key component of a lamp's appearance and light output, the material, texture, and color of the lighting glass directly determine the light's quality, diffusion, and ultimately the resulting visual atmosphere.
The thermal stability of optical glass goes far beyond simply being "heat-resistant." It embodies a combination of low expansion, low thermo-optical coefficient, high uniformity.
In the long and illuminating history of human art and craftsmanship, crafts glass, with its translucent spirituality, shifting light and shadow, and infinite plasticity, has always held a unique and dazzling position.
Switch panel glass plays a crucial role in enhancing the appearance and durability of electrical appliances.
The performance of the glass cup lid in terms of thermal shock resistance is one of the important indicators for evaluating its performance, especially for containers that need to frequently contact drinks of different temperatures.
With the advancement of materials science and technological innovation, scientists are exploring how to make optical glass have a certain degree of flexibility to meet the needs of emerging technology fields.