[China Aluminium Network] Aluminum silicate boards are constructed with several key layers, each playing a vital role in ensuring the board's performance and durability. These layers include an adhesive layer, an insulation layer, a trowel layer, a finish layer, and various accessories. Each component is carefully selected to meet specific functional requirements and environmental conditions. Globe Valve,Flange Globe Valve,Bellow Seal Globe Valve,Fluorine Lined Globe Valve Zhengzhou guan hao yong International Trade Co., , https://www.homepipes.com
The adhesive layer serves as the bonding agent between the base layer and the surface layer. It typically consists of a binder that ensures strong adhesion between the upper layers, contributing to the overall structural integrity of the board. This layer often includes inorganic materials, which enhance its stability and resistance to high temperatures.
To minimize heat loss and protect equipment from excessive thermal energy, the insulation layer is applied to the outer surfaces of steam turbines, pipelines, and other high-temperature systems. This layer is made up of materials such as coke-refined fibers, along with organic additives, moisture, and binding agents. These components work together to provide effective thermal insulation while maintaining flexibility and ease of installation.
The finish layer is designed to be both lightweight and functional, often using decorative mortars, embellishing coatings, or water-based exterior paints. These materials not only improve the visual appeal of the aluminum silicate board but also enhance its breathability, making it suitable for a wide range of applications.
Accessories such as different types of paint are used to enhance the aesthetic appearance of the board. They can also contribute to fire resistance and thermal insulation, making the material more versatile for use in various environments. By incorporating these elements, the board becomes more adaptable and efficient in real-world applications.
Aluminum silicate boards are widely used in industries such as power generation, where they serve as insulation for electric boilers, steam turbines, and nuclear reactors. They are also essential in shipbuilding, construction, and chemical industries for fireproofing and thermal protection. Additionally, they are used in automotive and railway manufacturing, as well as in kilns, furnaces, and fire doors, providing reliable heat insulation and fire resistance in demanding environments.