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Improving strength without sacrificing optical performance has become a key technological challenge in the manufacturing of small appliance glass.

Under strong light, the color of the coating deepens and the transmittance decreases, which can effectively prevent direct strong light.

In extreme sports and outdoor adventures, the lenses of glasses, goggles, or other equipment are not only windows to the world, but also the first line of defense against external impacts.

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.