More Energy-saving Glass You Must Know

There are still challenges in bringing switchable EC components to the wider market. These challenges mainly include reducing costs, finding new materials with high tinting efficiency and different colors, and avoiding electrochemical, thermal, and photochemical degradation phenomena. A high degree of UV and temperature resistance is crucial as EC glass should have a service life of at least 20 years, equivalent to more than 100,000 cycles.

Some production companies still have a lot of room for improvement in terms of corporate management systems and implementation of national standards, and the control of product quality is not rigorous enough. It is recommended that companies and corporate departments engaged in deep processing of glass strengthen their control. The quality supervision and management of architectural laminated glass products promotes the orderly and high-quality development of the industry.

In the daily use of buildings, insulation, and lighting are two indispensable requirements. Therefore, energy-saving glass has become a new direction of research. Low-emissivity coated glass has become an indispensable material product in the building materials industry in the new era due to its good performance.

For glass deep processing practitioners and architectural glass end users, only safe, stable, and legal decorative tempered glass is the first choice for home decoration designers, which not only expands the depth and height of space but also greatly improves the design space. And decorative grade, safe and reliable suitable for long-term use.

In the face of increasingly fierce global competition, the research and development and layout of patented technologies can help enterprises occupy an advantageous position in market competition. LIJIANG Glass analyzed the patent technology research trends of many leading foreign companies in this field, to provide a reference for the patent technology research and layout of relevant glass deep processing companies.

With the advancement of technology, laminated glass is developing in the direction of being thinner, safer, and more versatile, further expanding its application fields and market space, and has good development prospects.

With the advancement of glass deep processing technology, the interlayer films of laminated glass are also constantly upgraded. Nowadays, PVB, EVA, SGP, PU, and other films are commonly used, and other materials are even added. What are the differences between these different films? How are they made into laminated glass? LIJIANG Glass will answer these questions one by one.

The previous issue of LIJIANG Glass gave a more detailed explanation of common interlayer film materials and production processes for laminated glass, and briefly understood the application of laminated glass in different fields. In this issue of LIJIANG Glass, we will continue to explore the key points and differences in the application of these laminated glasses in different scenarios to have a more comprehensive understanding of the diversity of their applications.

Policies and regulations are the vane of market demand, and market demand is the driving force for technological innovation. As various countries and regions continue to improve building energy conservation requirements, super energy-saving online Low-E glass and its series of products will be continuously developed and applied.

Insulating glass is a product in which two or more pieces of glass are evenly spaced with effective support and bonded and sealed to form a dry gas space between the glass layers. with the continuous improvement of energy-saving standards, ordinary insulating glass can no longer fully meet the technical requirements of energy-saving design.