[China Aluminium Network] Aluminum silicate boards are constructed with several key layers, each serving a specific purpose to ensure durability, insulation, and aesthetic appeal. The structure typically includes an adhesive layer, an insulation layer, a trowel layer, a finish layer, and various accessories. Steel Structure Workshop,metal workshop buildings,metal garage workshop,steel frame workshop Zhengzhou guan hao yong International Trade Co., , https://www.homepipes.com
The adhesive layer acts as the bonding agent between the base and the surface layer, ensuring strong cohesion between the top layers. It is primarily composed of inorganic binders that provide structural integrity and stability. This layer plays a crucial role in maintaining the board's overall performance.
The insulation layer is essential for minimizing heat loss, especially in industrial applications such as steam turbines and pipelines. It is made from materials like refined coke fibers, along with small amounts of organic compounds, moisture, and adhesives, which together create an effective thermal barrier.
The finish layer is designed to enhance both the appearance and functionality of the board. It often consists of lightweight, breathable coatings such as decorative mortars, water-based exterior paints, or specialized coatings that offer excellent air permeability. This not only keeps the board light but also ensures it looks modern and professional.
Accessories, such as different types of paints, are used to enhance the surface color and add functional benefits like flame retardancy and additional insulation. These additions make the aluminum silicate board more versatile, allowing it to be used in a wide range of environments.
Aluminum silicate boards are widely applied in various industries, including power generation, electric boilers, steam turbines, and nuclear power plants for thermal insulation and fire protection. They are also used in shipbuilding, construction, fire doors, chemical industry equipment, transportation (such as cars and trains), kilns, furnaces, and more. Their versatility and high-performance characteristics make them a popular choice in demanding environments where heat resistance and safety are critical.