Silicon Nitride Ceramic Sheets (Si₃N₄)

Product Overview:
Silicon Nitride Ceramic Sheets (Si₃N₄) are inorganic ceramic materials that do not shrink during sintering. These sheets feature high strength, low density, and exceptional high-temperature performance. Manufactured using a special process, silicon nitride sheets have an exceptionally high friction coefficient and can maintain flexibility and excellent performance during rotation. The basic structure of the material is a tetrahedral [SiN₄] network, creating a robust three-dimensional framework that contributes to its superior mechanical properties and thermal stability, making it ideal for high-demand industrial environments.

Product Features:

• High Strength:Silicon nitride ceramic sheets are among the hardest materials, particularly the hot-pressed variety, making them one of the strongest substances in the world.
• High-Temperature Resistance:They maintain stable performance in high-temperature environments, making them ideal for use in extreme conditions.
• Low Friction Coefficient:These sheets have a low friction coefficient and rotate flexibly, making them suitable for high-precision mechanical applications.
• Low Density:Compared to other ceramic materials, silicon nitride has a lower density, which reduces the weight of components.

Applications:

Silicon Nitride Ceramic Sheets are widely used in the following fields:

• Petroleum, Chemical, and Natural Gas Industries:Used as high-temperature and corrosion-resistant materials in petroleum refining equipment, reactors, and pipeline systems.
• Fertilizer Production:Applied in high-temperature components used in fertilizer production processes.
• High-Precision Machinery:Due to their low friction coefficient and high strength, silicon nitride sheets are commonly used in friction components in precision machinery.
• Aerospace and Energy Sectors:Extensively used in high-temperature environments, especially in mechanical components for aerospace and energy industries, where high precision and durability are required.