What is the impact resistance and UV resistance of super white laminated glass?

Impact resistance and UV resistance of super white laminated glass are two very important characteristics, which directly affect the safety and service life of the glass. We will introduce and analyze these two aspects in detail below.

I. Impact resistance

Ultra-white laminated glass is a composite glass product made of two or more pieces of glass sandwiched between interlayers made of PVB or EVA and then bonded at high temperature and pressure. The design of this structure can not only increase the strength of the glass, impact resistance, and explosion-proof performance but also effectively reduce the injury caused by the splash of glass fragments.

Compared with ordinary glass, super white laminated glass has higher impact resistance. This is mainly due to the design of its interlayer structure, which enables the glass to disperse the impact force to the entire interlayer structure when it is impacted, thus reducing the risk of glass breakage. At the same time, due to the elasticity of the interlayer, the glass is not easy to break even after impact, which improves the safety of use.

In addition, super-white laminated glass has good temperature stability in terms of impact resistance. Even in desirable temperature conditions, its impact resistance will not change significantly, which makes the super white laminated glass in a variety of environmental conditions maintain good performance.

Second, ultraviolet resistance

Ultra-white laminated glass UV resistance is also very good. Due to the low iron content in the super white glass, its absorption of ultraviolet rays is strong, and can effectively block the transmission of ultraviolet rays. Compared with ordinary glass, super white laminated glass can block more ultraviolet rays, reducing the damage of ultraviolet rays on cultural relics, plants, and human beings.

For artifacts in museum display cases, the UV resistance of super white laminated glass is of great significance. Cultural relics are usually made of organic materials that are susceptible to UV radiation, such as paper, textiles, and film. UV irradiation of these organic materials can to fading, embrittlement, and aging. Ultra-white laminated glass can effectively block these UV rays, thus protecting the artifacts from them.

In addition, super white laminated glass also has good thermal and acoustic insulation properties. In hot summer or cold winter, due to its good thermal insulation properties, can effectively reduce the indoor temperature or keep the indoor temperature stable. At the same time, due to its good sound insulation properties, can effectively reduce the impact of outdoor noise on the room, and improve the comfort of living.

In conclusion, as a new type of composite glass product, ultra-white laminated glass has the advantages of high transparency, high light transmittance, high flatness, high strength, high toughness, high thermal insulation performance, high sound insulation performance, high impact resistance, and high UV resistance. These advantages make super white laminated glass widely used in various fields and become an important material in modern architecture and home decoration.