More Glass Article Categories #The insulating glass

There are many reasons for the failure of the insulating glass sealant, such as the selection and performance of the sealant, and the construction process. This article systematically analyzes and studies various factors affecting the failure of insulating glass sealant, and proposes preventive measures.

At present, some insulating glass manufacturers on the market do not use 3A molecular sieves, some use 4A molecular sieves, and some use type B desiccants. This article will start from the actual situation of insulating glass processing, focus on the adsorption performance of different desiccants, and make comparisons, and provide readers with valuable selection and purchase suggestions.

Insulating glass is widely used in construction, transportation, cold storage and other industries due to its good heat insulation, sound insulation, energy saving, and anti-condensation properties. It can be said that the durability of insulating glass determines the length of its service life. This article will focus on the specific requirements for the durability of insulating glass put forward by Chinese domestic and overseas standards, and provide readers with reference.

This article focuses on the related issues involved in increasing the initial concentration of inflated insulating glass, such as the production process control and product quality testing of inflated insulating glass. It is designed to help those who have inflated the insulating glass but the concentration is lower than 90% and those who are considering inflating the insulating glass.

This article analyzes the deformation of the two sealants of insulating glass and draws the conclusion: In addition to the quality of the insulating glass itself, the ambient temperature also has an important influence on the durability and reliability of the insulating glass performance. The effect of the temperature difference between the inner and outer sheets on the insulating glass is mainly the dislocation and deformation of the edge sealing unit.

This article briefly introduces the calculation of the heat transfer coefficient K value of insulating glass, analyzes the relationship between the K value of insulating glass and the gas interlayer through the K value calculation, understands the energy-saving principle of insulating glass, and passes relevant technical data and diagrams, it is easy to judge the K value of insulating glass in different interlayers.

This article briefly introduces the calculation of the heat transfer coefficient K value of insulating glass, analyzes the relationship between the K value of insulating glass and the gas interlayer through the K value calculation, understands the energy-saving principle of insulating glass, and passes relevant technical data and diagrams, it is easy to judge the K value of insulating glass in different interlayers.

Windows are a large source of heat loss in a home – but who want to live in the dark? Brighten up a home without sacrificing energy efficiency with insulated glass. Insulated glass units (IGUs) prevent heat loss through your glass doors and windows. The units consist of two panes of glass separated by an inert gas.

As the application of insulating glass continues to expand, people have higher and higher quality requirements for insulating glass. How to seize market development opportunities and provide high-quality and reliable insulating glass has become a research concern for insulating glass manufacturers. This article will briefly analyze the basic processing technology of insulating glass.

This article discusses the various factors that affect the energy saving of insulating glass, and then reveals the necessity of transition from low-performance insulating glass to high-performance insulating glass; by comparing the influence of different sealing structures on the sealing life of insulating glass, it is concluded that double-pass must be used to increase the sealing life of insulating glass.

Needless to say, the energy-saving of insulating glass is related to its sealing effect. Whether insulating glass can save energy for a long time depends on the sealing life of the insulating glass. When the insulating glass fails to seal, condensation occurs in the air layer of the insulating glass...

To ensure the safety of construction projects and prolong the functional life of insulating glass in building energy-saving and emission reduction, this article focuses on the analysis of the air pressure load effect and the correlation with the insulating glass edge bonding size, sealant modulus, and other parameters, and its bearing safety.