Prance  aluminum profile stone wall cladding company is very popular in commercial complex projects in many contries. It combines functions and aesthetics, and can be produced customized.

Product features:

stone curtain wall of back bolting type:

Connection form—Connect aluminum alloy support plates, they are connected in the factory and quality is reliable.

Installation structure—Use hanging type structure, and it can do three-dimensional adjustment when is installed. Use elastic rubber mat to install, which can realize flexible connection to improve the capacity of earthquake-resistance.Short groove stone curtain wall:Structural drawing:

Projects

Curtain wall aluminum veneer is an exceptional product that offers a wide range of customization options. With its excellent processing performance, it can cater to various shapes, specifications, and colors based on individual requirements. However, it is important to choose the appropriate material, shape, and coating process considering local conditions and specific needs.

In different occasions, the utilization of different product shapes is crucial. Thus, it becomes imperative to select the suitable material, shape, and coating process accordingly. For instance, curtain wall aluminum veneers that are frequently replaced may opt for a coating process with general weather resistance to reduce costs. On the other hand, curtain wall aluminum veneers that are intended for long-term use necessitate a coating process that ensures durability, especially in outdoor applications. Therefore, when decorating brand aluminum veneers for outdoor purposes, opting for a fluorocarbon spray coating is essential to guarantee an extended service life for the color.

Curtain wall aluminum veneers are primarily made from high-strength aluminum alloy plates, typically with a common thickness ranging from 1.5mm to 3.0mm. The structure of these veneers consists of panels, reinforcing ribs, and corner codes. Corner codes can either be bent and stamped directly from the panel or riveted onto the smaller side of the panel. Reinforcing ribs, connected to welding screws behind the panel, contribute to creating a robust and rigid structure. This setup not only enhances the strength but also ensures flatness and resistance against wind and earthquakes.

The curtain wall aluminum veneer possesses several advantageous characteristics. Its rigidity, coupled with its lightweight and high strength, makes it a sought-after choice. Moreover, its excellent craftsmanship ensures it remains stain-free and facilitates quick and easy installation and construction. Unlike other construction materials, aluminum veneer panels are pre-formed in the factory and do not require cutting on-site, simplifying the fixing process. Additionally, these aluminum veneers are recyclable and can be reused, making them an environmentally friendly option.

With its versatility, curtain wall aluminum veneer finds applications in various interior and exterior wall decorations, lobby designs, column embellishments, elevated corridors, pedestrian bridges, elevator trims, balcony coverings, and special-shaped ceilings. The possibilities are endless, enabling architects and designers to bring their creative visions to life.

In conclusion, curtain wall aluminum veneer is a highly customizable and durable product that caters to the diverse needs of construction projects. Its numerous advantages, such as its lightweight yet sturdy nature, ease of installation, and eco-friendliness, make it a preferred choice for architects and designers. By carefully selecting the appropriate material, shape, and coating process, one can ensure the longevity and aesthetic appeal of these aluminum veneers. Whether for interior or exterior applications, curtain wall aluminum veneer proves to be an excellent solution for enhancing the beauty and functionality of any building.

Why are Seams Crucial in Aluminum Panel Installations?

Are you curious about why aluminum panels must be installed with seams? In this article, we will delve into the importance of seams in aluminum panel installations. Discover how seams enhance durability, aesthetics, and functionality, elevating your projects to new heights! Join us on this insightful journey into the world of aluminum panel installations.

In the installation process of aluminum panels, leaving seams is a very important step, mainly for the following reasons:

1. Temperature changes: Aluminum panels expand and contract at different temperatures. Due to the high linear expansion coefficient of aluminum panels, when the temperature rises, the aluminum panels will undergo thermal expansion and contraction, and when the temperature drops, they will undergo thermal expansion and contraction. If there are no seams, stress accumulation will easily occur when the aluminum panel expands or contracts, causing the aluminum panel to deform, crack, or fall off. By leaving reasonable seams, a certain amount of expansion space can be provided for the aluminum panels to avoid these problems.

2. Prevent water accumulation: Leaving seams can also prevent water accumulation. During the installation process of exterior wall aluminum panels, it is difficult to completely prevent rain or moisture from entering the interior of the aluminum panels due to factors such as the inclination of the exterior wall and wind direction. If there are no seams, accumulated water may enter the interior of the panel, causing the aluminum panel to become damp and corroded. In severe cases, it may also affect the stability of the structure. By leaving gaps, accumulated water can be drained smoothly to avoid damage to the aluminum panels.

3. Aesthetic effect: Leaving seams can also help improve the aesthetic effect of aluminum panels. Reasonable gap installation can make the gaps between aluminum panels more uniform and consistent, giving people an overall coordinated feeling. At the same time, leaving seams can also visually increase the sense of layering and space of the building, making it more beautiful.

It should be noted that the width and position of the seam should be determined according to the specific engineering conditions, including the thickness of the aluminum panel, the plate material, the temperature change range, and other factors. Generally speaking, the width of the seam is usually 2-5mm, and the specific width needs to be reasonably selected based on the actual situation.

Therefore, leaving seams is an essential step in the installation process of aluminum panels. It can solve the problems caused by temperature changes of aluminum panels and ensure the beautiful appearance and long-term stability of aluminum panels.

In conclusion, the installation of seams in aluminum panels is essential for several reasons. Firstly, it ensures structural stability and prevents the panels from warping or distorting over time. Additionally, seams help to provide a secure and watertight barrier, protecting the underlying surfaces from moisture damage. Moreover, these seams allow for expansion and contraction of the panels due to temperature variations, minimizing the risk of cracks or other forms of damage. Therefore, the presence of seams is crucial for the longevity and functionality of aluminum panel installations.

Expanding on the above, let's explore in more detail the various aspects of the importance of seams in aluminum panel installations.

When it comes to temperature changes, aluminum panels are highly susceptible to expansion and contraction. This is due to the unique properties of aluminum, which expands and contracts at different rates compared to other materials commonly used in construction. Without the presence of seams, the stress that occurs during temperature fluctuations can accumulate and cause significant damage to the aluminum panels. This can result in deformations, cracks, or complete detachment from the underlying structure.

By leaving reasonable seams in the installation process, it allows for a certain amount of expansion space for the aluminum panels. This expansion space accommodates the changes in size that occur with temperature variations, mitigating the risk of structural issues. It is important to calculate and determine the appropriate width and position of the seams based on factors such as the thickness of the aluminum panels, the plate material, and the expected temperature range.

Furthermore, leaving seams plays a vital role in preventing water accumulation within the aluminum panels. Even with proper exterior wall installation, it is almost impossible to completely prevent the infiltration of rain or moisture due to various environmental factors. Without seams, accumulated water can seep into the interior of the panels, leading to dampness and corrosion. Over time, this can compromise the stability of the structure and result in costly repairs or replacement.

By incorporating gaps or seams, any accumulated water can be drained smoothly, ensuring the longevity and integrity of the aluminum panels. Additionally, the presence of well-designed seams contributes to the overall aesthetic effect of the panels. Neat and uniform gaps between the panels give a visually pleasing and coordinated appearance to the building façade. Furthermore, the seams create a sense of layering and depth, enhancing the architectural appeal and creating a more visually impressive structure.

It is important to mention that the width of the seams should be determined based on the specific project requirements. Generally, a width of 2-5mm is considered appropriate, but the exact measurement should be determined by taking into account the unique circumstances of the installation.

In conclusion, seams are crucial in aluminum panel installations for a variety of reasons. They provide the necessary space for expansion and contraction, ensuring the panels can withstand temperature changes without incurring damage. Seams also prevent water accumulation, protecting the panels from moisture-related issues. By leaving seams, the aesthetic appeal of the aluminum panels is enhanced, creating a visually striking and coordinated appearance. Therefore, a meticulous approach to seam installation is essential to maximize the durability, functionality, and aesthetic effect of aluminum panel installations.