Technology
Structural Analysis
Structural analysis technology is divided into two aspects.
The first is the structural safety analysis of the curtain wall system. This analysis takes into account local wind pressure, earthquake resistance, snow load, and other factors that affect the curtain wall panel.
The study begins with the embedded hardware, connection part, aluminum profile choice, and the glass panel. This selection and other aspects of the system are verified to ensure the project’s stability and reliability. The second is the structural analysis of the structural glass.
Our company provides, as a professional architectural glass manufacturer, complete solutions in the application of all-glass stairs, all-glass houses, all-glass corridors, and all-glass floors while providing structural safety analysis for the system to ensure the project’s stability and reliability.
The first is the structural safety analysis of the curtain wall system. This analysis takes into account local wind pressure, earthquake resistance, snow load, and other factors that affect the curtain wall panel.
The study begins with the embedded hardware, connection part, aluminum profile choice, and the glass panel. This selection and other aspects of the system are verified to ensure the project’s stability and reliability. The second is the structural analysis of the structural glass.
Our company provides, as a professional architectural glass manufacturer, complete solutions in the application of all-glass stairs, all-glass houses, all-glass corridors, and all-glass floors while providing structural safety analysis for the system to ensure the project’s stability and reliability.
Thermomechanical and Optics Analysis
We use window 7.7 provided by the Berkeley Laboratory in the United States for optical and thermal glass analysis and test key parameters such as U value and light transmittance and reflectivity.
We collect our experimental test data for sound insulation testing to ensure that each glass meets the design description according to the specified parameters and international standards.
We collect our experimental test data for sound insulation testing to ensure that each glass meets the design description according to the specified parameters and international standards.
Sound insulation Analysis
There are 4 main ways to test the quality of sound insulation:
The first is to increase the glass’s thickness, but this solution can only partially improve the glass’s sound insulation performance.
The second uses ordinary PVB laminated glass as an excellent solution to significantly improve the facade’s sound insulation.
In the third, we use the soundproofing film of Christaffre from Germany to improve ordinary laminated glass’s sound insulation performance.
The fourth soundproofing solution is the use of insulating glass, especially three-glass two-cavity glass, which provides excellent sound insulation. And thermal engineering performance makes this kind of glass reappear in everyday projects.
This technology is available at AT Facade.
The first is to increase the glass’s thickness, but this solution can only partially improve the glass’s sound insulation performance.
The second uses ordinary PVB laminated glass as an excellent solution to significantly improve the facade’s sound insulation.
In the third, we use the soundproofing film of Christaffre from Germany to improve ordinary laminated glass’s sound insulation performance.
The fourth soundproofing solution is the use of insulating glass, especially three-glass two-cavity glass, which provides excellent sound insulation. And thermal engineering performance makes this kind of glass reappear in everyday projects.
This technology is available at AT Facade.
Wind Pressures Analysis
The wind pressure test is a very important performance parameter of the facade maintenance structure, combined with toughened, semi-tempered, structural glass and other solutions.
It gives a perfect and economical solution for the main body of the building—improving production technology and cost optimization. The facade is a four-sided, supported model for finite element analysis. We must guarantee the validity of the shell analysis and the system’s stability.
It gives a perfect and economical solution for the main body of the building—improving production technology and cost optimization. The facade is a four-sided, supported model for finite element analysis. We must guarantee the validity of the shell analysis and the system’s stability.
Water & Airtightness Testing
As water tightness and airtightness are parts of the facade’s envelope, the design and production reference factors must be paid enough attention also.
We carry out the hydrophobic composition from the structural design, cooperate with the EPDM sealing system, and strictly implement the quality standards during the production process.
We pay attention to every detail, especially the ones related to the sealant, hole position selection, and production design arrangement of the nodes.
During the installation process, strict construction principles and steps will also provide reliable protection for the system’s watertight and airtight arrangements.
We carry out the hydrophobic composition from the structural design, cooperate with the EPDM sealing system, and strictly implement the quality standards during the production process.
We pay attention to every detail, especially the ones related to the sealant, hole position selection, and production design arrangement of the nodes.
During the installation process, strict construction principles and steps will also provide reliable protection for the system’s watertight and airtight arrangements.
Fireproof Design
As a part of the fire protection design of the facade and curtain wall, we follow international safety standards to ensure the fire protection design between floors and other details concealed in the projects are applied.
We have advanced structure, production, and construction plans that take into account every norm. Please contact our designers and engineers for additional information on our technology.
We have advanced structure, production, and construction plans that take into account every norm. Please contact our designers and engineers for additional information on our technology.
Lightning Protection Design
AT Facade, the design of the curtain wall lightning protection follows international standards and safety measures to ensure integrity at the highest standards.
Energy Saving
As an important consideration for modern buildings, green energy-saving provides design and product guarantees for the control of later maintenance costs.
We actively develop energy-saving glass, door, and window curtain wall systems, and through the development of Low-E glass, we can achieve a minimum U value of 0.76w/ m2.c.
We actively develop energy-saving glass, door, and window curtain wall systems, and through the development of Low-E glass, we can achieve a minimum U value of 0.76w/ m2.c.
ARTISTIC
As the building’s main body, the facade can display the project’s added-value while maintaining its functionality.
The achieved structure is unique and beautiful through our artistic glass, especially the all-glass curtain wall, all-glass staircase, and frameless fence. Such excellent systems provide added-value for our projects.
The achieved structure is unique and beautiful through our artistic glass, especially the all-glass curtain wall, all-glass staircase, and frameless fence. Such excellent systems provide added-value for our projects.
Cost Control Advice
Cost control is an essential link in the initial stage of the design and the production process. We will provide the client with a preliminary budget reference based on the characteristics of the proposal.
Simultaneously, we will optimize the production, packaging, and transportation processes according to the production schedule to achieve the best possible cost.
Simultaneously, we will optimize the production, packaging, and transportation processes according to the production schedule to achieve the best possible cost.
Existing Mould
We first take design into account to select existing molds based on years of experience delivering projects, technical equipment, and mold accumulation.
According to the project’s characteristics, we follow the optimal cost principle and combine our mold database to provide customers with more quality and low-price solutions.
According to the project’s characteristics, we follow the optimal cost principle and combine our mold database to provide customers with more quality and low-price solutions.