FDC Advanced Seminar Dry Goods Sharing, Interpreting the Development Trends of Doors, Windows and Curtain Walls Industry

Zhonglian Muni BAU Building System and Materials

Innovation: topics such as prefabricated buildings, low energy consumption and livable spaces, new materials and technologies ignite the entire venue

√ Standards: Focusing on the latest industry standards, there is a basis for the development of door, window, and curtain wall enterprises

√ Professional: Interoperability, collision of ideas between 20 authoritative experts and 436 professional listeners

√ Practice: Under the industrialized construction method, there is a large collection of key development points for the door, window, and curtain wall industry

The Fenestration Days China International Doors and Windows Curtain Wall Advanced Seminar, co hosted by Munich Expo Group, Zhonglian Muni (Beijing) International Exhibition Co., Ltd., China Association of Building Metal Structures, and European Doors and Windows Association, and exclusively co organized by Tainuofeng Baotai (Suzhou) Thermal Insulation Materials Co., Ltd., successfully concluded on November 6, 2017 at the Evergreen Crown Hotel in Shanghai.

This seminar was attended by 20 top industry speakers and 436 professional listeners. During the two-day conference, experts from global research institutions, well-known enterprises, and construction units such as the China Association of Building Metal Structures, the China Academy of Building Sciences, the China Institute of Building Standard Design and Research, the China Institute of Architectural Design, and the German Roof Engineering Association gave brilliant speeches from multiple perspectives on topics such as "applicability of prefabricated buildings and door and window curtain walls", "creation of livable spaces under low energy buildings", "new materials and technologies for building curtain walls", and "analysis of curtain wall cases", discussing the innovative development path of the door and window curtain wall industry in the industrial era.

This year's FDC Advanced Seminar integrates the latest industry standards, development concepts, performance interpretation, construction coordination, and other exciting cases and professional knowledge sharing of doors, windows, and curtain walls. The richness, practicality, and foresight of the speech content have won recognition and praise from the audience——

Interpretation of the latest industry standards

Zhonglian Muni BAU Building System and Materials

Innovation: topics such as prefabricated buildings, low energy consumption and livable spaces, new materials and technologies ignite the entire venue

√ Standards: Focusing on the latest industry standards, there is a basis for the development of door, window, and curtain wall enterprises

√ Professional: Interoperability, collision of ideas between 20 authoritative experts and 436 professional listeners

√ Practice: Under the industrialized construction method, there is a large collection of key development points for the door, window, and curtain wall industry

The Fenestration Days China International Doors and Windows Curtain Wall Advanced Seminar, co hosted by Munich Expo Group, Zhonglian Muni (Beijing) International Exhibition Co., Ltd., China Association of Building Metal Structures, and European Doors and Windows Association, and exclusively co organized by Tainuofeng Baotai (Suzhou) Thermal Insulation Materials Co., Ltd., successfully concluded on November 6, 2017 at the Evergreen Crown Hotel in Shanghai.

This seminar was attended by 20 top industry speakers and 436 professional listeners. During the two-day conference, experts from global research institutions, well-known enterprises, and construction units such as the China Association of Building Metal Structures, the China Academy of Building Sciences, the China Institute of Building Standard Design and Research, the China Institute of Architectural Design, and the German Roof Engineering Association gave brilliant speeches from multiple perspectives on topics such as "applicability of prefabricated buildings and door and window curtain walls", "creation of livable spaces under low energy buildings", "new materials and technologies for building curtain walls", and "analysis of curtain wall cases", discussing the innovative development path of the door and window curtain wall industry in the industrial era.

This year's FDC Advanced Seminar integrates the latest industry standards, development concepts, performance interpretation, construction coordination, and other exciting cases and professional knowledge sharing of doors, windows, and curtain walls. The richness, practicality, and foresight of the speech content have won recognition and praise from the audience——

Interpretation of the latest industry standards

Prefabricated: With the popularity of prefabricated buildings, how to coordinate doors, windows, and curtain walls with the development of prefabricated buildings to achieve complete unity of production, installation, and performance is a topic that the industry is constantly exploring and discussing. In the prefabricated construction method, it is necessary to view the requirements of prefabricated buildings for doors and windows from a standardized and systematic perspective, with a focus on solving the coordinated construction technology between prefabricated buildings and doors, windows, and curtain walls. In this new type of industrial construction method, doors and windows should also be fully considered from various aspects such as material characteristics, profile strength, installation waterproof and sealing material service life, and cold bridge control of installation nodes.

Low energy consumption: Low energy buildings are an inevitable trend in development, and doors and windows, as a key part of building energy conservation, play a crucial role in it. How to achieve maximum energy efficiency in buildings through system solutions is a new issue that the door and window curtain wall industry needs to consider.

Insulation, passive, ventilation, heat transfer, airtightness, and no heat bridge are all crucial design concepts. In addition, it is necessary to fully consider innovative systems, sustainable materials, and the use of alternative or renewable energy sources. More importantly, it is necessary to break away from the traditional passive design concept and adopt more active system door and window design concepts.

Comfort: With the improvement of living standards, the size and structure of households are changing, and the requirements for residential buildings are also changing. Ensuring comfort while saving energy has become a goal pursued by more and more people. The increasing demand for personalized requirements, user experience groups and regional characteristics, sustainable energy and material efficiency, as well as the need for simple use and easy maintenance in high-end residential areas, is urgent for doors and windows to achieve energy-saving and personalized comfort design under this trend of high-quality living experience; In addition, the systematization and material transformation of high insulation, high airtightness, high water tightness, wind pressure resistance, high sound insulation, and fire resistance integrity are also important aspects that cannot be ignored in the process of building comfortable buildings.

Case sharing of curtain wall engineering

Prefabricated buildings: In this seminar, through in-depth discussions between curtain wall design units and curtain wall construction units, everyone has gained more innovative thinking about prefabricated curtain walls. At the level of deepening the design of curtain walls, Master Luo Yi of the China Architecture Design Institute has put forward an innovative statement - curtain walls are originally prefabricated.

Utilize professional factory equipment and production processes to ensure the quality of curtain walls; The construction of the exterior curtain wall of a building can be completed by simply connecting the large components to the main structure on the project site and conducting structural waterproof sealing - this may be the ideal prefabricated curtain wall.

In the interpretation of the construction method for prefabricated curtain walls, the construction unit Jianghe has conducted in-depth analysis on the production and assembly of prefabricated concrete+glass panels in the administrative office area of Beijing Sub center, as well as the production and assembly of prefabricated stone+glass panels. This has given the on-site audience a new understanding of the key points for the production of large panel prefabricated curtain wall units.

Super high-rise building: After the completion of the Saudi Kingdom Tower project, it will become the new tallest building in the world, with a unit curtain wall design area of 200000 square meters.

The curtain wall unit is a typical characteristic component of prefabricated buildings. The glass and aluminum alloy structural framework are assembled in the factory, and the installation is completed by simple lifting and assembly on the construction site, greatly improving production efficiency and product quality.

As a super high-rise building, safety is always the top priority: dynamic water tightness testing, window cleaning machine restraint testing, destructive load testing, etc. are all key points to ensure the smooth progress of the project. The Saudi Kingdom Tower is gradually creating the myth of super tall buildings.

Existing renovation projects: Safety hazards of curtain walls have been a topic of great concern in recent years. Tempered glass self explosion, falling of opening fans, panel detachment, failure of connectors, aging of structural adhesives, and missing hardware all pose great threats to curtain wall safety. Therefore, safety testing and renovation of existing building curtain walls are urgent.

The seminar shared cases of existing curtain wall renovation, and based on research on identification technology and structural performance of curtain wall glass, aging performance and on-site testing technology of silicone structural sealant, on-site testing technology for wind pressure resistance of main load-bearing frames and connectors of curtain walls, and safety testing and evaluation of existing glass curtain wall engineering, proposed safety testing and evaluation technology for existing curtain walls, as well as prospects for future curtain wall safety.