Continuity of architectural glass

 With the improvement of the development of modern science and technology and glass technology and the people's living standards, architectural glass feature is no longer just to meet the lighting requirements, but to have to regulate light, thermal insulation, security (bullet-proof, anti-theft, fire, radiation, anti-electromagnetic interference), Art Deco and other characteristics. With the development of demand, shaping and processing method for glass has also been a new development. Now that you have developed a laminated steel, ion exchange, glazed decoration, chemical thermal decomposition and new technologies such as cathode sputtering, glass, the amount of the glass in buildings is increasing rapidly, becoming the third-largest building after following the cement and steel material. Continuity of architectural glass: 1. isotropic: homogeneous glass as the same index of refraction, hardness, elastic modulus, thermal expansion coefficient and other properties in nature in all directions. 2. metastable nature: When the melt is cooled into the vitreous, which can retain the structure and does not change at high temperatures at lower temperatures. 3. Reversible Gradient: molten state to the glass transition is reversible and graded. 4. Continuity: when a molten state to a glass transition temperature dependent physical and chemical properties is continuous. This copyright Address: http: //www.lfslm.com/gsxw/959.html