What are the special optical properties of super white laminated glass compared to ordinary glass?

Ultra-white laminated glass has the following special optical properties compared to ordinary glass:

1. High Transparency: Ultra-white laminated glass is made from raw materials with low iron content, which makes it extremely transparent. Compared with ordinary glass, in the visible spectrum range, ultra-white laminated glass can better transmit light, to minimise the loss of light transmission, presenting a purer and brighter visual effect.

2. High transmittance: Ultra-white laminated glass has a high transmittance, which means that less energy is lost when light passes through the glass. This allows for better light transmission through the glass, both indoors and outdoors, making the interior space brighter and providing better natural lighting at the same time.

3. Low Dispersion: Dispersion is the phenomenon where light is dispersed into different colours due to different refractive indices as it passes through a medium. Ultra-white laminated glass has low dispersion, which means that light passes through the glass with less dispersion. This means that when viewed in sunlight, the glass will not show obvious rainbow colour bands, maintaining the true colour of the object being viewed.

4. Excellent optical homogeneity: Ultra White laminated glass has a high degree of flatness and a smooth, bump-free surface. This uniformity makes the light pass through the glass without distortion, deformation or scattering so that the observation object presents a truer and clearer image.

5. Effective UV blocking: Ultra-white laminated glass has a good UV blocking effect. It can block the penetration of ultraviolet rays and reduce the damage of ultraviolet rays to indoor objects, especially for the protection of cultural relics in museum display cases is of great significance. This prevents fading and damage to cultural relics due to long-term exposure to UV rays.

6. Glare reduction: Ultra-white laminated glass has the effect of reducing glare. Under strong sunlight, its high transparency and low reflectivity can reduce the reflection and refraction of light, reducing the visual sense of glare and providing a more comfortable viewing experience.

In summary, super white laminated glass has special optical properties compared to ordinary glass, such as high transparency, high transmittance, low dispersion, desirable optical uniformity, effective UV blocking and glare reduction. This makes ultra-white laminated glass have a wide range of applications in the fields of architecture, museums, display cabinets, interior design, etc. and provides better visual effect and protection performance.